section 4 controls

MechoShade Systems, Inc.42-03 35th Street, Long Island City, NY 11101Telephone: 718-729-2020 E-mail: [email protected]: 718-729-2941 / 800-899-8081 Internet Web Site: http://www.mechoshade.com

© 2004, MechoShade Systems, Inc., Long Island City, NY. Specifications subject to change without notice.

Electronic Control Solutions – Table of Contents

4.01MS2200 - 4/1/04

Table of ContentsTable of Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.01

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.02

Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.03 – 4.08

Line Voltage Switching – Hardwired . . . . . . . . . . 4.09 – 4.11

Low Voltage Controls – Hardwired . . . . . . . . . . . 4.12 – 4.13MLC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.14 – 4.19IQ/MLC . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.21 – 4.32Accessories . . . . . . . . . . . . . . . . . . . . . . . . . 4.33 – 4.34

Low Voltage Controls – Busline . . . . . . . . . . . . . . . . . . . 4.35I•CON . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.35 – 4.40

Wireless Controls . . . . . . . . . . . . . . . . . . . . . . . . . 4.41 – 4.42Line Voltage Motors . . . . . . . . . . . . . . . . . . . . . . . . 4.43Wireless Motors . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.44Peripherals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.45

Whole Building Systems – AAC . . . . . . . . . 4.08, 4.46 – 4.48

ElectroShade Electrical Notes for Standard Motors . . . . . . . . . . . . . . . . . . . . . . . 4.49 – 4.51

ElectroShade System Specs for Standard & Intelligent Motor Control Systems . . . . . . . . . . . . 4.52– 4.56

Third Party Intergration . . . . . . . . . . . . . . . . . . . . . . . . .4.57.0Lighting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.57.01A/V . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.57.02HVAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.57.03BMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4.57.04

Solar Control, LLC | 888-550-4836

http://SolarControlLLC.com



OPEN SOURCED SOLUTIONS –STANDARD TUBULAR MOTORSMechoShade features control solutionswith open source, line voltage tubularmotors. MechoShade control systemspossess over 30 years of experience insuccessfully employing these standardline voltage motors.

By developing intelligent and adaptivecontrol algorithms the company hasovercome the alignment and positioninglimitations associated with these asynchronous standard motors, thuseliminating the need for expensive, proprietary and single-sourced encodedmotors within our products. In addition,standard line voltage motors offer thebroadest range of torque and speedvariations which enables MechoShadeto provide the most extensive line ofmotorized shading solutions in theindustry.

RELIABILITY AND SAFETY – SYSTEM TESTING

MechoShade products only employ ULRecognized and CSA Approved motorsthat meet the strictest industry standards

for safety and reliability. The motors used in MechoShade solutions possessagency approvals covering the entiremotor “tip-to-tip” including: motor construction and performance (UL1004),thermal overload protection (UL 2111)and operator design with respect to window and drapery applications(UL325). No other motors in the industryoffer this level of safety and reliabilityassurance.

MechoShade also goes one step furtherthan its competition to ensure that notonly do the motors meet these require-ments, but so do the controls, supportcomponents and the resulting SYSTEMincluding the recommended wiring andoperating methods. Therefore, on everyMechoShade control system, can befound the ETL Mark identifying system-tested conformance to the highestindustry standards.

SEAMLESS INTEGRATION ANDAUTOMATION

MechoShade has designed its controlsto integrate with a variety of automationsensors in order to enhance comfort,convenience and energy efficiency thatsupports daylighting, energy conservationand Green building design. Furthermore,the controls offer seamless integration

into a variety of third party Lighting,HVAC, A/V and Building ManagementSystems. MechoShade has a growinglist of industry partnerships with thirdparty companies offering solutions whichnot only work with MechoShade products and systems, but also havebeen certified by MechoShade for theircapability to reliably access and employthe features available from these products. In addition, these companieshave agreed to partner with MechoShadefrom a training and field support standpoint to provide an industry-widetechnical support team dedicated tomaking sure the customer is never leftwithout responsive and knowledgeablesupport in the field.

TECH SUPPORT

No other shading or controls companyprovides a greater range of productcapability, experience or dedicationtoward meeting the needs of its customers. As such, MechoShade’sSales Representatives and TechnicalSupport Staff are always available toserve a consulting role to the A&D community in order to help solve orenhance current and future projectopportunities.

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of MechoShade Systems, Inc.Specifications subject to change without notice.

Introduction: MechoShade Electronic Control Systems

Continued ☞

4.02MS2200 - 6/1/04

IBM A/FE Headquarters – Pleasantville, NYEdward L. Barnes Associates, PC

This 1972-1973 project incorporatedMechoShade Systems, inc. automated SolarShades with Analog Solar Control systems.It was the precursor to the AAC SolarTrac™.




MechoShade motorized window and skylight shading solutions are designed for both commercial and residential window management projects. These system solutions optimize the application of standard, line voltage (120/240 VAC, 50/60 Hz) tubular motors with ElectroShade® hardware and fabric. MechoShade Systems, Inc. is a vertically integrated company that carries the broadest range of shading hardware and control electronics options in the industry. This enables the company to offer a wide selection of customizable componentry to best meet the features and budget associated with any automatedshading project. In addition, the controls are designed to offer seamless integration into most third party Lighting, HVAC, A/V andBuilding Management Systems thus providing the ultimate in terms of occupant comfort and intelligent building performance.

MechoShade’s standard electronic switching and control product line offers solutions which range from single office to whole building while accommodating various levels of motor grouping and shade alignment requirements. Each solutionemploys a specific wiring/interconnect methodology which tends to optimize it for either retrofit, renovation or new constructionapplications. The wiring methodology offers distinct advantages and disadvantages in terms of product and installation economy,ease of troubleshooting, security, integration, product functionality and flexibility. MechoShade offers four (4) basic product categories defined by their interconnection methodology:

Furthermore, MechoShade also offers a PC-based Solar Tracking System that is capable of integrating any of MechoShade’sLow Voltage Controls into a whole building control system customized to a building’s specific geodesic location and focused onemploying proactive and reactive routines to optimize energy efficiency, comfort and view throughout the building.


© 2004, MechoShade Systems, Inc., Long Island City, NY. I•CON and UniformMode are trademarks of MechoShade Systems, Inc..Specifications subject to change without notice.

Overview: MechoShade Electronic Control Solutions

4.03MS2200 - 6/1/04

WirelessLow VoltageNetworked

Low VoltageHardwired

Controls Selection Guide

FEATURES:AC Switch MLC IQ/MLC™ I•Con RTS

Scale Room/Multi-Room ✓ ✓ ✓ ✓ ✓

Floor/Multi-Floor ✓ ✓ ✓

Whole Building ✓

Flexibility Hardwired ✓ ✓ ✓

DIP Switch Address ✓ ✓

Fully Software Addressable ✓ ✓

Grouping (M/I/G/OG)* M M M/I/G/OG M/I/G/OG M/I/G/OGNumber of Motors/Controller N/A 4 4 2Number of Addresses N/A N/A 5 9 6Number of Control 1 1 5 255+ 12Groups per MotorMax Number of Motors 2 100 40 100+†† 100+††Controlled by One Switch

Alignment Alignment Positions** 2 2 5 6 3UniformMode™† ✓ ✓

Integration Dry Contact ✓ ✓ ✓ ✓

RS232/485 ✓ ✓ ✓ ✓

Accessories Timer – 7-Day ✓ ✓ ✓ ✓

Photo Sensor Ctrl. (SAC Unit) ✓ ✓ ✓ ✓

IR Controller ✓ ✓ ✓ ✓

RF Controller ✓ ✓ ✓ ✓

Safety UL/CSA/ETL Systems Testing ✓ ✓ ✓ ✓ ✓

Line VoltageHardwired

Continued ☞

* M= Master; I=Individual; G=Group; OG=Overlapping Group ** Includes both Full-Up and Full-Down.† Shades will only stop Full-Up, Full-Down and Preset Positions. †† Contact MechoShade Systems for Specifics.




MLC™

LINE VOLTAGE SWITCHING

Continued ☞


© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks and MLC is a trademark of MechoShade Systems, Inc. RTS is a trademark of its respective company.Specifications subject to change without notice.


4.04MS2200 - 6/1/04

Focus: Local control of one or two motors• Full Up / Full Down Control• Momentary or Maintained Control*• 2-Motor Control Groups Maximum• Variety of Switch Styles

Focus: Master Control of Small / Large Motor Groups

• Daisy Chain 4-Motor Controllers – Master Control - Up to 100 Motors• Full UP / Full DOWN Control w/ Momentary or Maintained Control*• Variety of Automation Sensor Interfaces• Dry Contact Integration Into 3rd Party Control Systems – See .57 For Details • Integrates With AAC

M

115 VAC (230 VAC)

M

Master

M M M

115 VAC (230 VAC)

12VDC

MLC

M

Master

LINE VOLTAGE SWITCHES – HARDWIRED See pages 4.09 to 4.11 for more details.

☞

LOW VOLTAGE CONTROL – HARDWIREDSee pages 4.14 to 4.19 for more details.

☞

Since 1876

C US

Since 1876

C US

Accessory Controls: (Please see pages 4.33-4.34 and 4.45 for details.)

• Infrared and Radio Frequency Remote Controllers• Solar Activated Controller (SAC)• Timers

* Momentary Control Switchesreturn to the “Neutral” or “OFF”position when the toggle isreleased. Maintained Control Switches remain in the positionthat has been set continuing to power the motor until the shade’supper or lower limit has been reached.

SWITCHES

Daisy Chained MLC





© 2002, MechoShade Systems, Inc., Long Island City, NY. IQ/MLC is a trademark of MechoShade Systems, Inc. Specifications subject to change without notice.


4.05MS2200 - 6/1/04

M M M

Master

UP / Limit

25% or Custom

50% or Custom

75% or Custom

DOWN / Limit

115 VAC (230 VAC)12VDC

IQ/MLC

1

2

4

5

3

M

LocalLocalLocal

Focus: Individual/Group and Master Control of Small / Large Motor Groups

• Daisy Chain 4-Motor Controllers – Up to 40 Motors per Master Switch• Multi-Level Control

Individual, Group and Master- Master Switching- 4 Local / Group Switching

• 5 Alignment Positions3 Programmable Mid-Window Alignment Positions Plus Full Up and Full Down

• Normal / Uniform Operating Modes

• Reconfigure Motor Grouping Without Rewiring

• Variety of Automation Sensor Interfaces

• Dry Contact Integration into 3rd Party Control Systems – See Page 4.57 For Details

• RS232 / 485 Integration into 3rd Party Control Systems – See Page 4.57 For Details

• Integrates with AAC SolarTrac™

LOW VOLTAGE CONTROL – HARDWIREDSee pages 4.21 to 4.32 for more details.

☞

Since 1876

C US

Continued ☞

IQ/MLC™



SWITCHES

Daisy ChainedIQ/MLC





© 2002, MechoShade Systems, Inc., Long Island City, NY. I•CON is a trademark of MechoShade Systems, Inc.Specifications subject to change without notice.


Continued ☞

4.06MS2200 - 6/1/04

Since 1876

C US

I•CON™ – 2-Way Communication Bus Line SystemLow Voltage Conrol System

• Networked, Addressable 2-Motor Controllers• Free Topology Low Voltage Twisted Pair

Control Wiringº Cost Effective and Flexible Wiring Layout Helps

Reduce Installation Costs

• Multi-Level, Overlapping Controlº Individual, Group and Master Controlº Each Motor can Belong to 9 Different

Control Groups• 6 Alignment Positions

º 4 Programmable Mid-Window Alignment Positions

• Normal / Uniform Operating Modes• Reconfigure Motor Grouping Without Rewiring or

“Climbing a Ladder”

º Manual Addressing thru DIP Switchesº Employ Software Addressing Using the

Handheld Programmer• Networked Control for Building-Wide and

Complex Control Grouping• Hardwired Control Option for Cost Effective

Local Control Grouping• Variety of Automation Sensor Interfaces• Dry Contact Integration into 3rd Party Control

Systems – See Page 4.57 For Details• LonWorks Integration into 3rd Party Control

Systems – See Page 4.57 For Details• Integrates with AAC SolarTrac™

LOW VOLTAGE CONTROL – BUSLINE See pages 4.35 to 4.39 for more details.☞



SWITCHESFocus: For projects that are either large scale motorization or automation with potential requirements for flexibility or reconstruction, robust addressablenetwork, flexible wiring, free topology,





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. ElectroShade and MechoShade are registered trademarks of, andIMCS, IQ/MLC, MLC and SolarTrac are trademarks of, MechoShade Systems, Inc.RTS is a trademark of its respective company. Specifications subject to change without notice.


4.07MS2200 - 6/1/04

Wireless Controls – Radio Remote Wireless Network

WIRELESS MOTORS AND CONTROLLERS

• Eliminates Control Wiring

• 3 Alignment Positions

º 1 Programmable Mid-Window Alignment Position

• Perform Motor Grouping Without Rewiring or “Climbing a Ladder”

º Employs Wireless Software Addressing• Variety of Automation Sensor Interfaces – Sun Activated Timers (SAC), Wind Activated Timers (WAC)

• Dry Contact Integration into 3rd Party Control Systems – See Page 4.57 For Details

• Distributed Control Intelligence within the Motor• Eliminates Wiring to an Intermediate Controller• Allows Daisy-Chain Wiring of Power to Motors

Focus: Individual/Group & Master Control of Small/Medium Motor Groups, Difficult to Wire Installations

Focus: Allows integration of standard motors with RTS controllers.

RTS™Standard Motors

RTS™Wireless/RTS™ Motors

Continued ☞WIRELESS CONTROL – NETWORKED See pages 4.41 to 4.45 for more details.☞

RTS single motorcontroller/receiver

StandardMotor

RTSMotor





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLC, IMCS, Intelligent Motor Control System, MLC and SolarTrac are trademarks of,MechoShade Systems, Inc. *Windows is a trademark of Microsoft Corporation, One Microsoft Way, Redmond, Washington 98052-6399 U.S.A. All rights reserved.Specifications subject to change without notice.

Overview: MechoShade Electronic Control Systems

WindowManagement™ with AAC SolarTrac™

MechoShade's AAC SolarTrac™ System, is a software based control system, designedto automatically adjust the position of the shades incrementally on the window to maximize view and daylight while protecting people and work surfaces from direct sunand excessive brightness and glare. AAC SolarTrac can react to local climactic vari-ables such as sunny or cloudy conditions.

4.08MS2200 - 6/1/04

For more information on AACSolarTrac see pages

4.46 – 4.48, 4.50 and 4.55.

Through the use of three roof mounted solarsensors, AAC SolarTrac compares the actualmeasured solar radiation (sunshine) vs AHSRAEcalculated clear sky radiation. The AAC SolarTracuses this data to determine “clear” or “cloudy”sky conditions and operates accordingly. If it isdetermined to be sunny, then the shades moveto their proper positions. If cloudy, they wouldtypically be programmed to roll up. Time delaysbuilt into the program prevent excess shademovement on days with variable conditions.

The AAC SolarTrac adjusts shades incrementally on the window in accordance with the solarprofile angle and BTU load relative to each zone or orientation.

The position of the shades is determined for each zone based on the window geometry, ori-entation, glazing optical properties, allowable solar penetration, and real-time sky conditions,ie sunny or cloudy. The goal is to provide shading on the window when and where needed,while leaving as much of the window unshaded in order to maximize view and control glare.In other words....total WindowManagement.

At 2:15 p.m. the AAC SolarTrac has lowered the shades in reaction to thesun’s shift to the west elevation. The lightdimming system senses enough daylightfor the overhead lights to remain off.

At 2:40 p.m. the sun moves further ontothe West elevation, becoming more direct.The AAC SolarTrac lowers the shades tothe next position, to control the solar penetration into the work area. The lightdimming system continues to keep thelights off due to adequate natural light in the space.

At 3:45 p.m. the AAC SolarTrac reacts to the solar gain and glare conditions created as the sun sets, by lowering theshades to the maximum down position.The light dimming system has activatedsome of the lights, while leaving othersoff, based on the light levels achieved in each area.

2:15

2:40

3:45

Sky Analysis

Dec 12:00 p.m. June 12:00 p.m.





Copyright © 2004 MechoShade Systems, Inc. “MechoShade,” and “ElectroShade,” are registered trademarks of MechoShade Systems. “MLC” and “IQ/MLC” are trademarks of MechoShade Systems.Specifications subject to change without notice.

Hardwired: Line Voltage Switching

Continued ☞

MechoShade possesses a variety of Line Voltage Switchesfor basic control of shades equipped with standard, line voltage (120/240 VAC, 50/60 Hz) tubular motors. The motorswire directly to the switches that control them in a hardwired,homerun (direct) fashion and therefore do not require anyintermediate controller electronics. The switches are single-pole/double-throw (SPDT) and double-pole, double-throw(DPDT) center-off devices that offer the control of one or twomotorized shading assemblies in an isolated fashion from acommon switch.

In general, these systems represent the most economicalcontrol solution and are best wired into renovate/new construction projects where the switches are controlling only one or two motors or a multi-banded group of shades.Shade operation is typically full-up/full-down where absolute alignment with another shade group is not a priority.Switches can be selected for operation in a momentary or maintained fashion to accommodate the user’s

requirements. If mid-window settings are required the switchmust run in a supervised fashion so that the user stops theshade when it reaches the desired position. These switchescan operate up to two separate motors simultaneously andcome in a variety of styles and colors to suit virtually anydécor.

All switch variations meet the various local and nationalbuilding codes for indoor usage. Each one also has beencertified to UL and CSA recognized component standards.Select switches have been further qualified by ETL understringent system testing requirements with regard to theirapplication under UL325 and CSA 22.2 along with all ofMechoShade’s available motors and hardware. These arethe E-Switch™ Series of switches which provide the installerand end user with additional confidence that the entireMechoShade solution and the methods used to install and wire it meet the strictest safety and reliability standards in the industry.

Line Voltage Switching – Hardwired (Direct Wiring)

4.09MS2200 - 6/1/04

Motorola Cellular Subscriber Facility, ILGlobetrotter’s Engineering – Architects





MechoShade Systems, Inc.42-03 35th Street, Long Island City, NY 11101Telephone: 718-729-2020 E-mail: [email protected]: 718-729-2941 / 800-899-8081 Internet Web Site: www.mechoshade.com

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. ElectroShade and MechoShade are registered trademarks of MechoShade Systems, Inc. Specifications subject to change without notice.

See Page 4.11.

Line Voltage Switching for One Standard Type Motor with One Double-Pole Switch

4.10MS2200 - 6/1/04

Since 1876

C US

Note: Drawings are incomplete unless both pages of this Wiring Diagram,4.10 – 4.11, plus the Electrical Notes pages 4.49 – 4.51 are included.






© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. ElectroShade and MechoShade are registered trademarks of MechoShade Systems, Inc. Specifications subject to change without notice.

Line Voltage Switching for Two Standard Type Motors with One Double-Pole Switch

4.11MS2200 - 6/1/04

Since 1876

C US

Note: Drawings are incomplete unless both pages of this Wiring Diagram,4.10 – 4.11, plus the Electrical Notes pages 4.49 – 4.51 are included.






Hardwired: Low Voltage Controls

Continued ☞

4.12MS2200 - 6/1/04

MechoShade Systems, Inc. possesses a diverse line of hardwired, low voltage controls. All offer enhanced operation of motorized shades equipped with standard, line voltage(120/240 VAC, 50/60 Hz) tubular motors. Each line voltagemotor is directly powered by a dedicated connection to a motorcontroller. The motor controller establishes the shade positionbased on input from a low voltage network of contact closurebased switches and accessories such as automation sensors(ie. Photocells, occupancy sensors, etc.), timers/schedulers, wireless remote controls and other third party controllers.This is considered to be a hardwired control network where the inputs on the motor controller are wired directly to the low voltage switches and accessories that actuate them.In general these types of control solutions are best applied to renovate/new construction projects where wiring can more easily be installed behind the drywall.

Flexible and Less Costly to InstallLow voltage control offers many installation advantages overline voltage control including safety, simplicity, flexibility and ultimately cost. Low voltage control connections operate at voltages that are designed to be non-hazardous. Therefore, it does not require a licensed electrician to pull this cabling and install it although it is highly recommended that a trainedprofessional perform the job in order to minimize problems.

Low voltage connections do not typically require conduit or junction boxes (local code dependent). This eliminates installation hardware costs and makes the installation process easier and more flexible for future changes.

Large, Multi-Level Control GroupsSome low voltage control networks are isolated from the linevoltage power mains (ie. I•CON) which helps to ensure thatcontrollers operating from different phases of the building’sincoming power can be interconnected reliably to form largeshade groups controlled by a common switch. In addition, often times the same shade can be part of more than oneshade group depending on the design of the controller(I•CON). This is called multi-level control which enables amotor/shade to be controlled as an individual shade, part of a group of shades or even be controlled from within a masterswitching circuit that includes all of the shades within a control network.

Advanced Control LogicLow voltage controllers such as the IQ/MLC are designedusing microprocessors in order to provide more flexibility in the operational features available to the user. For instance, if someone wanted to position a shade in the middle of the window a typical line voltage switch may require the user to

Low Voltage Controls – Hardwired (Direct Wiring)Bank Boston, Sao Paulo, BrazilSOM-Chicago – Architects






Hardwired: Low Voltage Controls

4.13MS2200 - 6/1/04

actuate the switch until the shade hits the desired point. This is called supervised operation. Within a low voltage controllerthe user may have the ability to push a single button momentarily which will cause the shade to move directly to a specific position on the window – ie. half-way down.Depending on the controller these stop positions may be programmable and may offer assured alignment opportunitieswith surrounding shades as well – regardless of varyingwindow heights.

Other opportunities afforded by a microprocessor-based controller may include advanced, intelligent user interfacessuch as keypads and LCD touchscreens. Various operatingmodes may also be offered such as Uniform Mode where ashade cannot be stopped anywhere on the window except at full up/full down and the established mid-window stop positions.

Seamless IntegrationMechoShade’s low voltage controllers are designed to beopen, interoperable devices which can work in coordination

with other manufacturers’ controllers or systems to provideenhanced functionality and features. This can include operationwith controllers for Lighting, HVAC, A/V, Security, Life/Fire/Safety or more generally into Building Management Systems(BMS). The methods available for seamless integration ofMechoShade’s controllers into these other systems include dry contact closures or RS232 / 485 from a software stand-point. These same methods are also available to integrate withvarious environmental sensors (photosensors, occupancy sensors, radiometers, thermostats, etc.) in order to provideautomated convenience, comfort and/or energy managementcontrol for example supporting Title 24 or Green Building applications.

Systems Testing – Safety and ReliabilityAll of MechoShade’s low voltage controllers have been testedby ETL to meet UL325 and CSA 22.2 system requirements toensure the installer and end user that the entire MechoShadesolution including the hardware, motors and controls in additionto the methods used to install and wire it meet the strictestindustry safety and reliability standards.

Feature Description MLC IQ/MLCDaisy Chain Supports motors from separate controllers operating simultaneously

via the same low voltage input (ie. switch, sensor, Lighting control) X X

# Motors/Controller The number of motors independently connected to a controller 4 4Max Controllers/Switch Input The number of controllers which can be daisy chained to a single switch 25 10Master Control Operates all motors within a controller simultaneously X XIndividual Control Operates each motor within a controller independently – Local Control XGroup Control Operates a combination of motors within a controller simultaneously X

Reconfigurable How does one change the “Switch - Motor” assignments? Wiring DIP Switch /Wiring

Alignment Positions The number of points where 2 or more independent shades can be made to align including Full Up and Full Down 2 5

Programmable, Mid- The number of Alignment Positions within the span of the windowWindow Positions where a single button press can align a group of shades 3

Assured Alignment Can the controller support repeatedly aligning groups of shades X

Uniform Mode Can each motor of the controller be set to only allow the shade to Xstop at the Alignment Positions?

Integration with Methods available to integrate seamlessly with third party control systems Dry Dry

third party controls such as Lighting, HVAC, A/V and Building Management Systems (BMS) Contact Contact RS232/485

Integration with low Integrates with automation sensors, timers, remote controls, etc. voltage accessories over the low voltage control network X X

Quick Selection Guide: Low Voltage Controls – Hardwired





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and MLC and IQ/MLC are trademarks of, MechoShade Systems, Inc.Specifications subject to change without notice.

Hardwired: Low Voltage Control Systems – MLC™

4.14MS2200 - 6/1/04

Low Voltage Control (Hardwired)

MLC™

M M M

115 VAC (230 VAC)

12 VDC

M

Master

DescriptionThe MLC offers enhanced functionality over Line Voltage Switch controls by providing master control of large groups ofmotors while also enabling the integration of low voltage sensors, timers and third party control systems for higher level functionality. The device is designed to accommodate cost conscious applications involving the simultaneous movement of multiple shades where shade operation is typically full up/full down while mid-window positioning and guaranteed alignment is not a driving concern. Blackout shades for A/V conference rooms often require this type of operation. These controllers are best suited for renovation/new construction projects where the control wiring can be conveniently run behind the drywall.Surface mount raceway and drop ceilings can enable these devices to be installed in retrofit projects as well.

DetailMechoShade’s MLC is a cost effective, low voltage controller offering master control of four (4) standard, line voltage motors (120/240 VAC, 50/60 Hz). The device is equipped with a low voltage control network that enables the positioning ofmotors in an UP/DOWN fashion with supervised mid-window positioning from either a single maintained-contact switch ormultiple momentary center-off switches and/or low voltage accessories (ie. automation sensors, timers, remote controls, etc.).Up to 25 MLCs (100 motors) can be daisychained over the low voltage network to operate from a single switch connection.MechoShade offers a variety of maintained-contact and momentary center-off switches in a wide range of colors and stylesto accommodate virtually any décor. In addition, the MLC can operate with a variety of third party contact closure switchesand controls supporting seamless integration into Lighting, HVAC, A/V and Building Management Systems (BMS).

MLCs provide control and power distribution functionality for the four (4) non-proprietary, line voltage motors they operate.Each motor is wired directly to its own dedicated set of fused power connections. The internal circuitry protects each motorand ensures the maximum lifetime out of the shade motor and the system. The low voltage control network (12 VAC) offers a cost effective opportunity to extend the control of the motors through contact closure devices into multiple locations andmultiple sources. Control switches and low voltage accessories wire directly to the MLC input in a hardwired fashion for ease of troubleshooting.

The MLC has been qualified by ETL under stringent system testing requirements with regard to UL325 and CSA 22.2 alongwith all of MechoShade’s available motors and hardware systems. This provides the installer and end user with additionalconfidence that the ENTIRE MechoShade solution and the methods used to install and wire it meet the strictest safety andreliability standards in the industry.

Continued ☞

Features:- Master Control for 4

standard line voltage tubular motors

- Full UP/Full DOWNControl w/ Supervised Mid-Window Positioning

- Daisy chain to orchestratemaster control on up to 100 motors

- Variety of Automation Sensor Interfaces

- Dry Contact Integration into Lighting and other 3rd Party ControlSystems

Since 1876

C US





Continued ☞

4M

MLC A MLC B

3M

2M

JJ

JJ

1M

8M

7M

6M

JJ

JJ

5M115 VAC

(230 VAC)

12 VAC12 VAC

4M

MLC A

3M

2M

JJ

JJ

1M115 VAC

(230 VAC)

12 VAC

SAC

4M

MLC A MLC B

3M

2M

JJ

JJ

1M

8M

7M

6M

JJ

JJ

5M115 VAC

(230 VAC)

12 VAC12 VAC 12 VAC

MASTER CONTROLWITH UP TO TWO SWITCHES ON AN MLC

MASTER CONTROLWITH TWO OR MORE MLC SON A SINGLE SWITCH AND CIRCUIT

MASTER CONTROLWITH SUN ACTIVATEDCONTROL

STSTOPOP

AUTAUTO SETSET

MomentaryContact Switch

(Hold for operation)

MaintainedContact Switch Manual/Auto

Switching Modes

Solar Activated Controller(SAC)


© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLC, MLC and Motor Logic Controller are trademarks of MechoShade Systems, Inc.Specifications subject to change without notice.

MLC – Features and BenefitsLow voltage switching for standard motors using a four (4) motor Motor Logic Controller™ (MLC™).

Integration with Third Party Controls (ie. Lighting, HVAC, A/V for Home Automation, and Building Management Systems.)(See page 4.29.)

MechoShade’s® economical, low voltage four motor controller offers master control for up to four motors on either one maintained switch or multiple momentary, center-off switches. Up to 100 motors may be wired together on a single switch circuit by daisy chaining MLC’s. Shade operation is by UP/DOWN switch activation with mid-windowsettings accomplished in a supervised fashion.

MLCs may be used to incorporate:• Solar-activated control.• Remote control (IR/RF).• A low voltage interface with A/V

and dimming systems.

MLC – Line Motor Controller™ (MLC™)

4.15MS2200 - 6/1/04

MLC™ (Motor Logic Controller) using Dry Contact Closures

• Provide two (2), 12 VAC, maintained dry contacts.

• To activate the shades, provide a main-tained contact closure for the shades to move.

• The shades will continue to move untilthey reach their internal limit switches or are otherwise stopped by openingthe contacts.

• Master switching only.





Continued ☞

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and MLC is a trademark of, MechoShade Systems, Inc.Specifications subject to change without notice.


MLC with standard motors for single and multibanded shades

MASTER CONTROL ONLY

1 2 31 1 2 31

120V 120V

MM M M

120V 120V

1 2 3 4

MLC A

J J J J

120 VAC (230 VAC)

MASTERA

12 VAC

MASTER CONTROL ONLY

MASTER CONTROL ONLY (UNLESS WIRED AS TWO SEPARATE MLC s EACH WITH ITS OWN SWITCH)

1 2 31 1 2 31 1 2 31 1

120V 120V

MM M M

120V 120V 120V

M M M

120V 120V

1 2 3 4 5 6 7

MLC A

J J J J J J J

MLC B

120 VAC (230 VAC)

120 VAC (230 VAC)

MASTERA

12 VAC

12 VAC

MASTER CONTROL ONLY

J

Dry ContactClosure J

Lighting orA/V System

Lighting orA/V System

Dry ContactClosure

TM

a) Master Switch A controls motors 1-4 simultaneously.b) A/V System, with a dry contact interface, controls motors 1-4 simultaneously.

a) Master Switch A controls motors 1-7 simultaneously.b) A/V System, with a dry contact interface, controls motors 1-7 simultaneously.

4.16MS2200 - 6/1/04

Typical MLC Applications





MLC™ – ElectroShade® Wiring Diagram For Std. Motors

BLACK

1

2

3

18

17

16

15

14

13

12

11

10

F2

5AM

P

F3

5AM

P

F1

5AM

P

F4

5AM

P

F5 .1/2AMP

8

9

7

6

5

4

3

2

1

MLC

115 VAC (230 VAC)

BLACK

RED

WHITE

115 VAC (230 VAC)

115 VAC (230 VAC)BLACK (DIRECTION 1)

MOTOR LEAD – 1’0"PRE-WIRED TO MOTOR

MOTOR #1 MOTOR #2 MOTOR #3 MOTOR #4

J-BOX

DISCONNECTPLUG

J-BOXLEAD – 5’0"

WHITE

RED (DIRECTION 2)

Note: The black and red motor lead wiring shown is for Direction 1: - Right-Hand Drive Regular-Roll - Left-Hand Drive Reverse-Roll

Reverse the black and red motor lead wiring for Direction 2:- Left-Hand Drive Regular-Roll - Right-Hand Drive Reverse-Roll

See indications next to each motor Red & Black terminal.

J-BOX LEAD–5’0" (152CM)LONG

1 2

2 3

MOTOR LEAD –1’0" (30CM) LONG PRE-WIRED TO MOTOR

DISCONNECTPLUG

MLC POWER REQUIREMENT:

FUSES:

F1-F4 ARE GMC-5 AMP

F5 IS GMC-1-/2 AMP.

115 VAC (230 VAC)

DPDT OR SPDT SWITCHMOMENTARYCENTER OFFOR MAINTAINED

12 VAC

BLACK

WHITE

GROUND

NOTE:1. INSTALLATION MUST COMPLY WITH ALL LOCAL AND NATIONAL ELECTRICAL CODES FOR 120 VAC (230 VAC) AND LOW VOLTAGE WIRING REQUIREMENTS.

2. MAXIMUM LOW VOLTAGE CABLE IS 400 FEET CUMULATIVE.

WHITE

BLACK

RED

INPUT

LINE VOLTAGE INPUT:115 VAC, 60 HZ, 10% 230 VAC, 50/60 HZ, 10%

LOW VOLTAGE INPUT:12 VAC, 8mA

OUTPUT:

115 VAC, 60 HZ, 3.8 AMPS PER OUTPUT/MOTOR

230 VAC, 50/60 HZ 1.9 AMPS PER OUTPUT/MOTOR

FUSES (MOTOR)......... 5 AMP PER 120V MOTOR 5 AMP PER 230V MOTOR

FUSES CONTOLLER.. 1/2 AMP

Since 1876

C US

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and MLC and Motor Logic Controller are trademarks of, MechoShade Systems, Inc.Specifications subject to change without notice.

Low voltage switching for one to four standard type motors on one switchusing an MLC™ four motor controller.

4.17MS2200 - 6/1/04

MLC – Wiring Diagram

Continued ☞

Note: Drawings areincomplete unlessboth pages of thisWiring Diagram,4.17 – 4.18, plusthe Electrical Notespages 4.49 – 4.51are included.





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and MLC and Motor Logic Controller are trademarks of, MechoShade Systems, Inc.Specifications subject to change without notice.

MLC™ – ElectroShade® Wiring Diagram For Std. Motors

How to connect two or more four (4) motor MLC™ Motor Logic Controllers having five or more standard type motors on one switch.

DPDT OR SPDT SWITCHMOMENTARYCENTER OFFOR MAINTAINED

BLACK

WHITE

GROUND

115 VAC(230 VAC)

12 VAC

BLACK

WHITE

GROUND

115 VAC(230 VAC)

ALL 115 VAC SOURCE

WIRING MUST BE IN PHASE

IF TWO OR MORE MLC S

ARE USED ON THE

SAME CONTROL.

1

2

3

18

17

16

15

14

13

12

11

10

F2

5AM

P

F3

5AM

P

F1

5AM

P

F4

5AM

P

F5 .1/2AMP

8

9

7

6

5

4

3

2

1

MLC A


MOTOR LEAD – 1’0"PRE-WIRED TO MOTOR


J-BOX

DISCONNECTPLUG


WHITE

RED (DIRECTION 2)

BLACK

RED

WHITE

115 VAC (230 VAC)

115 VAC (230 VAC)

12 VAC

1

2

3

18

17

16

15

14

13

12

11

10

F2

5AM

P

F3

5AM

P

F1

5AM

P

F4

5AM

P

F5 .1/2AMP

8

9

7

6

5

4

3

2

1

MLC B

WHITE

BLACK

RED


MOTOR LEAD – 1’0" PRE-WIRED TO MOTOR


J-BOX

DISCONNECTPLUG


WHITE

RED (DIRECTION 2)

BLACK

RED

WHITE

115 VAC (230 VAC)

115 VAC (230 VAC)

WHITE

BLACK

RED

JUNCTION BOX(BY OTHERS)

MOTORLEAD

OPTIONAL PLUG-INRECEPTACLE

DISCONNECTPLUG

OPTIONAL ELECTRICAL TERMINATION

2 1

4.18MS2200 - 6/1/04

MLC – Wiring Diagram

Note: Drawings are incomplete unless both pages of this Wiring Diagram,4.17 – 4.18, plus theElectrical Notes pages 4.49 – 4.51 are included.





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and MLC, Motor Logic Controller and SolarTrac are trademarks of, MechoShade Systems, Inc.Specifications subject to change without notice.


The MLC System consists of:

MLC Four Motor Controller.Low voltage four (4) motor controller for standard motors with master switch control capability. Additional MLC control circuits can be wired in parallel or series. 12 VAC, 0.3A perswitch. Input: 120 VAC, 0.5A; 240 VAC, 0.25A.

Output: 120 VAC, 3.8A max.; 240 VAC, 1.9A max.

P/N: 120V: EMLC SLMA ST SP230V: EMLC SLSP ST SP

MLC SwitchDouble pole, double throw momentary or maintained rockerswitch for master control switching. Full up/full down or anywhere in between shade positioning through activation of the switch and supervised mid-window positioning is capable. (12V)

Maintained P/N:ESWX 0688 PS WHESWX 1441 PS CW

Monentary P/N: ESWX 0689 PS WHESWX 1551 PS CW

Accessory Controls

• Lighting Controls• A/V• Solar Activated Timers (SAC)• Seven-Day Timers• AAC – SolarTrac™Please see pages 4.33-4.34 and 4.44 for details.

MLCMOTOR LOGIC CONTROLLER

120VEMLC SLMA ST SP

230VEMLC SLSP ST SP

MLC DPDTROCKER SWITCH(MAINTAINED)

ESWX 0688 PS WHESWX 1441 PS CW

MLC DPDTROCKER SWITCH(MOMENTARY)

ESWX 0689 PS WHESWX 1551 PS CW

MLC MOTOR LOGIC CONTROLLER

FOR MASTER CONTROL OF UP TO 4 MOTORS PER MLC(EACH MLC MAY BE DAISY CHAINED)

WH = WHITECW = COLONIAL WHITE

4.19MS2200 - 6/1/04

MLC System Summary

Single Channel and Four ChannelIF and RF Remote Controls

Single Channel P/N: EIRC 1014 RA TRFour Channel P/N: EIRC 1015 RA TR

Solar Activated Controller (SAC)SAC w/Photo Cell P/N: ESSA 0901 ST WH

ESSA 0931 ST CWSAC w/Photo Cell and

Switch P/N: ESSA 0827 ST WHESSA 0927 ST CW

Photo Cell Only P/N: ESPC 0313 PL WH

Digital Key PadP/N: ESDX 0739 IN WH

Key SwitchMaintained P/N: ESWX RYMA PS CWMomentary P/N: ESWX RYMO PS CW

24-Hour Digital TimerP/N: EDTI 0351 24 WH

EDTI 0352 24 CW

Please See Page 4.34 for a complete listing of Switches.






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4.20MS2200 - 6/1/04





© 2004, MechoShade Systems, Inc., Long Island City, NY. IQ/MLC is a trademark of MechoShade Systems, Inc. Specifications subject to change without notice.

Continued ☞

4.21MS2200 - 6/1/04

DescriptionThe IQ/MLC possesses advanced control functionality beyond that available from Line Voltage Switch activation or the MLClow voltage controller. This device is designed to accommodate discriminating applications involving the control of individualor groups of shades where mid-window positioning and guaranteed alignment across multiple shades is required. The IQ/MLCis operated by a decorative, 3-button switch providing convenient, one-touch positioning of the shade to one of five (5) alignment points on the window. The same shade can be operated individually AND by an overriding master control. A choiceof user modes can force the shade to only stop at the alignment points thus preserving the consistency of the interior andexterior building design. These controllers are best suited for renovate/new construction projects where the control wiring canbe conveniently run behind the drywall. Surface mount raceway and drop ceilings can enable these devices to be installed inretrofit projects as well. Reconfiguration of motor-switch grouping can be easily handled without rewiring by simply changinga DIP switch setting.

DetailMechoShade’s IQ/MLC is a hardwired, low voltage controller offering individual, group and master control of four (4) standard,line voltage motors (120/240 VAC, 50/60 Hz). The IQ/MLC provides control and power distribution functionality to each motorwhich independently fuses the motor and protects it from power surges, improper wiring and inappropriate activation thusensuring the maximum lifetime out of the shade motors and the system.

The IQ/MLC is a microprocessor-based controller equipped with a low voltage control network that enables UP/DOWN and“one-touch” mid-window positioning of its motors through the IQMLC 3-button switch. The advanced logic capabilities of theIQ/MLC offer five (5) alignment points across the operation of each motor including three (3) programmable mid-windowalignment points. These alignment points provide assured alignment across multiple shades – REGARDLESS OF WINDOWHEIGHT. The controller also permits each low voltage input to be controlled using one of two different operating modes.Normal Mode permits the shade to be stopped anywhere across the entire height of the window. Uniform Mode enables the shade to be stopped ONLY at the alignment points thus ensuring at all times a consistent look across the window wall.

IQ/MLC™


Features:- Multi-Level Control for 4 standard

line voltage tubular motors- 5 Guaranteed Alignment Points

(3 Programmable Intermediate Stops)

- Daisy chain to orchestrate master control on up to 40 motors

- Normal & Uniform Mode- Integrates w Sensors, Times,

Remotes, etc.- Seamless Integration into

Lighting and other 3rd Party Control Systems

- Integrates with AAC

Hardwired: Low Voltage Controls – IQ/MLC™

Since 1876

C US






Continued ☞



The IQ/MLC’s low voltage control network (12 VDC) offers a cost effective opportunity to extend the control of the motors through contact closure devices into multiple locations and multiple sources. Four Local Input connections are provided to enable individual and group control capability through DIP-switch assigned combinations of all four motors. The DIP switches are a convenient way to alter Switch-Motor assignments without rewiring. Two Master Input connections enable simultaneous operationof all four motors through a common switch. (Up to 10 MLCs (40 motors) can be daisy chained over the low voltage network tooperate from a single switch connection.) Switches and low voltage accessories wire directly to the Local and Master Inputs in a hardwired fashion for ease of troubleshooting. The IQ/MLC low voltage network can operate with a variety of third party contactclosure switches, low voltage accessories (ie. automation sensors, timers, remote controls, etc.) and controls supporting seamless integration into Lighting, HVAC, A/V and Building Management Systems (BMS).

The IQ/MLC has been qualified by ETL under stringent system testing requirements with regard to UL325 and CSA 22.2 alongwith all of MechoShade’s available motors and hardware systems. This provides the installer and end user with additional confidence that the ENTIRE MechoShade solution and the methods used to install and wire it meet the strictest safety and reliability standards in the industry.


4.22MS2200 - 6/1/04






© Copyright 2004 MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLC, “UniformMode” and Modular Alignment are trademarks of, MechoShade Systems,Inc. Specifications subject to change without notice.

Intermediate stop positionsMid-window alignment, 5 positions: full up, full down plus 3 intermediate stops defaulting to 25%, 50% and 75%, or programmable to align with architectural features. Shade band alignment at each mid-window stop position. Assuredalignment can be maintained across multiple shades to each mid-window position.

A/V, Home Theatre and PCOptional RS-232/485 interface, or third party dry contact closures for integrated control.

Two (2) Operational Modes

UniformMode™:Shades may only be stopped at up; down or one of the three intermediate stop positions assuring modular uniformity for the project.

Normal Mode:Shades may be stopped at the full up, full down, the threeintermediate stop positions or any where in between.

Master, group and individual switchingWith four local switch ports, plus two master ports, control anycombination of the four motors attached to an IQ/MLC to cre-ate multiple levels of control for Sub-Group, Group and MasterSwitching. Daisy chain local and/or master switch ports of twoor more IQ/MLC’s to form large groups or networks of motors.

Motor/switch assignment flexibility to control each of 4 local switch inputsDIP switches conveniently configure each local switch (4) to any combination of the four internal motors in order to orchestrate individual and group motor control. Reconfigureswitching zones without rewiring.

Optional Remote ControlUse wireless remotes to control the IQ directly or throughan A/V or Lighting System interface.

Note: With the IQ/MLC™ some motors can be in the “Normal Mode” while others are in the “UniformMode™”.

IQ/MLC™ Window Management SystemUser Defined Mid-Window Alignment with “Normal” Mode and “UniformMode™”.

Continued ☞

4.23MS2200 - 6/1/04

Low voltage switching for Standard Motors using a four (4) motor IQ/MLC™ motor logic controller. Local, group, and master switching, plus 5 aligned stopping positions.

IQ/MLC – Features

First National Bank of Hawaii, Honolulu, HIKohn Pederson Fox Associates – ArchitectsGensler – Interiors





Continued ☞

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLC is a trademark of, MechoShade Systems, Inc.Specifications subject to change without notice.


IQ/MLC™ – Motor/Switch AssignmentsDIP switches define the switching relationship between the fourinternally controlled motors on each of the four local switches.

To assign a specific motor to a local switch input movethe appropriate DIP switch to the “ON” position. When all DIPSwitch positions are finialized, push twice to RESET button.

12 VDC 12 VDC

MS PORT TO NEXTIQ/MLC &/OR

SWITCH

A

4 Conductor 26 Gauge Modular Plug 6 Conductor 26 Gauge Modular Plug1Local SwitchLS Master Switch Motor NumberMS

(L)MSMSLSLSLS LS

1 2 3 4 1 2

M #1, 2 ,3

L$ 1

M #3, 4

L$ 4

M #1-4M$ 1

LocalSwitches

MasterSwitch

115V

(230V 50/60 Cycle)

L$2

A1 A2 A3 A4 A5 A6 A7 A8

M1 M2 M3 M4 M1 M2 M3 M4

L$#1

ONOFF

L$4

B1 B2 B3 B4 B5 B6 B7 B8

M1 M2 M3 M4 M1 M2 M3 M4

L$3

ONOFF

4 or 6conductor

ON OFF

ONOFF

MOTOR/SWITCHASSIGNMENTDIP SWITCHES

M-4M-3M-2M-1

115 VAC(230 VAC)

JJJJ

DisconnectPlug

JunctionBox

L$2

A1 A2 A3 A4 A5 A6 A7 A8

M1 M2 M3 M4 M1 M2 M3 M4

L$1

ONOFF

L$4

B1 B2 B3 B4 B5 B6 B7 B8

M1 M2 M3 M4 M1 M2 M3 M4

L$3

ONOFF

In this scenario Local Switch #1 controls Motors 1, 2 and 3.Local Switch #4 controls motors 3 and 4. The Master Switch controls all.Switches #1 and #3 have no control function.

4.24MS2200 - 6/1/04

IQ/MLC™ – Features

TAP1+2

TAP2

TAP2+3

TAP1

TAP3 Full

Down

75% orCustomSet PointThree

50% orCustomSet PointTwo

25% orCustomSet PointOne

Full Up

Switch OperationTap the appropriate combination ofbuttons on any one of the Local orMaster Switches and all the shadesassigned to that switch will align at either of 5 positions shown below:





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and is a trademark of, MechoShade Systems, Inc.Specifications subject to change without notice.


1 2 3 4

M M

A

A

M M

A

L$1

L$2

L$3

L$4

B

M M

B

L$5

L$6

L$7

L$8

C

M M

C

L$9

L$10

L$11

L$12

D

M M

D

L$13

L$14

L$15

L$16

M M

B

MasterA/B/C/D

MasterA/B/C/D

MasterA/B

M M M M5 6 7 8M M M M

Local SwitchesA 1-4, B 5-8

Group SwitchesA and B

Master Switch A/Bwith approved "T" connector

Motor/Switch Assignments (16 Dip Switches, 4 per local switch)

Local SwitchesA 1-4, B 5-8, C 9-12, D 13-16

Group SwitchesA, B, C, D with Sub Group Control

Master SwitchesA/B/C/D

Motor/Switch Assignments (16 Dip Switches, 4 per Local switch, one for each motor)

1 2 3 4M M M M

5 6 7 8M M M M

9 10 11 12M M M M

13 14 15 16M M M M

M M

M M

S S

M M

M M

S S

IQ Sub Group Controller (SGC)for up to 4 IQ/MLC units

WARNING: SPLICES IN CONTROL LINE! Use only approved modular cable type "T" connectors mounted to back of switch.

Local Switches cannot be ganged to control motorson two (2) IQ/MLC units.

J J J J J J J J J J J J J J J J

J J J J J J J J

TM

4.25MS2200 - 6/1/04

Max is 10 IQ/MLC’s on a single switch input.For more complex configurations and higher level of control see the I•CON.

Max is 10 IQ/MLC’s on a single switch input.

Orchestrating Large Groups with Multi-Level Control

Orchestrating Large Master Groups

IQ/MLC – Applications

KEY:

KEY:






Low voltage switching for standard motors using a four (4) motor IQ/MLC™ motor logic controller.

J-BOX LEAD–5’0" (152CM)LONG

1 2 3 4 1 2

A1 A2 A3 A4 A5 A6 A7 A8

M1 M2 M3 M4 M1 M2 M3 M4

ONOFF

B1 B2 B3 B4 B5 B6 B7 B8

M1 M2 M3 M4 M1 M2 M3 M4

ONOFF

POWER SOURCE115 VAC-20A

HOT

NEUTRAL

GROUND

GR

EE

N (

GR

OU

ND

)

WH

ITE

(N

EU

TR

AL)

RE

D (D

IREC

TIO

N 1)

BLA

CK

(DI

RECT

ION

2)

BLACK

RED

WHITE

GREEN

J-BOX LEAD–5’0"

DISCONNECTPLUG

JUNCTIONBOX

115 VAC (230 VAC)MAXIMUM WIRE SIZE = AWG#12

(MOTOR 1 THRU MOTOR 4 & POWER)

MOTOR LEAD – 1’0" PRE-WIRED TO MOTOR

JUNCTIONBOX

JUNCTIONBOX

JUNCTIONBOX

MOTOR #1(M1)1

2

12 VDC,6 - CONDUCTORFLAT 26 GA MODULAR CABLE

12 VDC4- OR 6-CONDUCTORFLAT 26 GAMODULARCABLE

2 - MAXIMUM LOW VOLTAGE MODULAR CABLE IS 400 FEET CUMULATIVE

1 - INSTALLATION MUST COMPLY WITH ALL LOCAL AND NATIONAL ELECTRICAL CODES FOR 120 VAC(230 VAC) AND LOW VOLTAGE WIRING REQUIREMENTS

LOCAL SWITCH PORTSMASTER SWITCH

PORTS

RESET POWER LED

LOCAL LOCAL LOCAL LOCAL

L$1 L$2 L$3 L$4 M$1

64/6 4/6 4/6 4/6

1 2

2 3

MOTOR LEAD–1’0" (30CM) LONGPRE-WIRED TO MOTOR

DISCONNECTPLUG

IQ/MLC POWER REQUIREMENT:

INPUT

LINE VOLTAGE INPUT:115 VAC, 60 HZ, 10% 220 VAC, 50/60 HZ, 10%

LOW VOLTAGE INPUT:12 VDC, 8MA

OUTPUT:

120 VAC, 60 HZ, 3.8 AMPS PER OUTPUT/MOTOR

230 VAC, 50/60 HZ 1.9 AMPS PER OUTPUT/MOTOR

FUSES (MOTOR): F2, F3, F4, F510 AMP PER 120V MOTOR 4 AMP PER 230V MOTOR

FUSES CONTOLLER: F11 AMP

Note: The black and red motor lead wiring shown is for Direction 1: - Right-Hand Drive Regular-Roll - Left-Hand Drive Reverse-Roll

Reverse the black and red motor lead wiring for Direction 2:- Left-Hand Drive Regular-Roll - Right-Hand Drive Reverse-Roll

G W R B G W R B G W R BG W R B

L$1: #A1-A4L$2: #A5-A8Motors: M1-M4

L$3: #B1-B4L$4: #B5-B8Motors: M1-M4

LOCAL MOTOR/SWITCH ASSIGNMENT DIP SWITCHES

MOTOR #2(M2)

MOTOR #3(M3)

MOTOR #4(M4)

MOTOR 1 MOTOR 2 MOTOR 3 MOTOR 4

3

6

FUSES

See indications below each motor R & B terminal.

NOTE:

DIP SWITCHES ARE FACTORY SET TO "OFF,"MOTORS WILL NOT OPERATE UNLESS THE ASSIGNED DIP SWITCHES

FOR EACH LOCAL SWITCH ARE TURNED "ON"

(PLUS LOW VOLTAGE OPTION)

MASTERPLUS LOW VOLTAGEOPTION

NOTE: SEE REVERSE SIDE FOR POLARITY REQUIREMENTS OF FLAT MODULAR CABLE

F4

F5

F3

F2

F1

Since 1876

C US

TO ENSURE PROPER SWITCH CONNECTIONS, WE HIGHLY RECOMMEND THE USE OF AN AMP CRIMPING TOOL (P/N ETCO 16520BU). CRIMPS ARE MADE THE SAME WAY ON BOTH ENDS - NOT OPPOSITE LIKE TELEPHONE CONNECTORS.

POLARITY REQUIREMENTS FOR MODULAR CABLE

1 2 3 4 5 6 1 2 3 4 5 6

6-Position, 6-Connector Modular Plug Assembly

(Cable is turned prior to crimping to2nd modular plug)

BK BLGRWH RD YW

BK BLGRWH RD YW

4.26MS2200 - 6/1/04


Continued ☞

Note: Drawings are incomplete unless both pages of this Wiring Diagram, 4.26 – 4.27,plus the Electrical Notes pages 4.49 – 4.51 are included.







How to connect two or more (4) motor IQ/MLC™’s, with five or more standard motors.

2 3 4 1 2

A1 A2 A3 A4 A5 A6 A7 A8

M1 M2 M3 M4 M1 M2 M3 M4

ONOFF

B1 B2 B3 B4 B5 B6 B7 B8

M1 M2 M3 M4 M1 M2 M3 M4

ONOFF

OCAL SWITCH PORTSMASTER SWITCH

PORTS

AL LOCAL LOCAL

1 L$2 L$3 M$1

MASTERCONTROLS

ALL IQ/MLC SAND MOTORSON CIRCUIT

64/6 4/6 4/6

B G W R B G W R B

: #A1-A4: #A5-A8ors: M1-M4

: #B1-B4: #B5-B8ors: M1-M4

MOTOR 3 MOTOR 4

6

5 6 7 8 1 2

A1 A2 A3 A4 A5 A6 A7 A8

M1 M2 M3 M4 M1 M2 M3 M4

ONOFF

B1 B2 B3 B4 B5 B6 B7 B8

M1 M2 M3 M4 M1 M2 M3 M4

ONOFF

POWER SOURCE115 VAC-20A

HOT

NEUTRAL

GROUND

12 VDC4- OR 6-CONDUCTORFLAT 26 GAMODULARCABLE

LOCAL SWITCH PORTSMASTER SWITCH

PORTS

LOCAL LOCAL LOCAL LOCAL

L$5 L$6 L$7 L$8

64/6 4/6 4/6 4/6

G W R B G W R B G W R BG W R B

L$5: #A1-A4L$6 #A5-A8Motors: M5-M8

L$7: #B1-B4L$8: #B5-B8Motors: M5-M8

MOTOR 5 MOTOR 6 MOTOR 7 MOTOR 8

6

FUSES

12 VDC, 6 - CONDUCTORFLAT 26 GA MODULAR CABLE

LINK VIACONNECTION TO THE NEXTIQ/MLC MASTERPORT #1

MAXIMUM OF 12 IQ/MLC CONTROLUNITS ON A MASTER CIRCUIT WITH UP TO 4 LOCAL SWITCHES PER IQ/MLC.

12 VDC, 6 - CONDUCTORFLAT 26 GA MODULAR CABLE

LINK VIA CONNECTION TO THE NEXT IQ/MLC MASTER PORT #1

SUB GROUPCONTROLLERP/N: IQML SGC6 RJ BD

WARNING: SPLICES IN CONTROL LINE! USE ONLY MODULAR CABLE TYPE T CONNECTORS MOUNTED TO BACK OF SWITCH.

WARNING: SUB-GROUP CONTROLLERS! USE FOR ISOLATION WHEN ORCHESTRATING MULTI-LEVEL GROUPS BETWEEN IQ/MLCs. WERECOMMEND THAT YOU CONTACT MECHOSHADE SYSTEMS CUSTOMER SERVICE FOR SPECIFIC INSTRUCTIONS/WIRING DIAGRAMS.

115 VAC(230 VAC)

TO MOTORS

MASTERPLUS LOW

VOLTAGEOPTION M$2

MASTER

(PLUS LOW VOLTAGE

OPTION)

LOCAL MOTOR/SWITCH ASSIGNMENT DIP SWITCHESCAL MOTOR/SWITCH ASSIGNMENT DIP SWITCHES

F4

F5

F3

F2

F1

M MM MS S

JUNCTION BOX(BY OTHERS)

MOTORLEAD

OPTIONAL PLUG-INRECEPTACLE

DISCONNECTPLUG

OPTIONAL ELECTRICAL TERMINATION

2 1

4.27MS2200 - 6/1/04

Note: Drawings are incomplete unless both pages of this Wiring Diagram, 4.26 – 4.27,plus the Electrical Notes pages 4.49 – 4.51 are included.





IQ/MLC Applications

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and MLC is a trademark of, MechoShade Systems, Inc.Specifications subject to change without notice.


12V

IQ/MLC with standard motors for single and multibanded shades

GROUP A WITH AUTO INTERMEDIATE STOP POSITIONS AT THE TOUCH OF A BUTTON (PLUS MASTER CONTROL OF GROUPS A & B)

LOCAL & MASTERCONTROL With auto-set intermediate stop positions for assuredalignment.

1 2 31 1 2 31

115V 115V

MM M M

115 VAC (230 VAC)

115V 115V

L$1M1-2 MASTER A

M1-4

LOCAL

M M

A

1 2 3 4

IQ/MLC

J J J J

L$2M3-4

12 V

GROUP A (PLUS MASTER CONTROL OF GROUPS A & B) GROUP B (PLUS MASTER CONTROL OF GROUPS A & B)

LOCAL & MASTERCONTROL With auto-set intermediate stop positions for assuredalignment.

1 2 31 1 2 31 1 2 31 1

115V 115V

MM M M

115 VAC (230 VAC)

115V 115V

L$1M1-4

MASTER AM1-8

LOCAL

115V

M M M

115V 115V

M M

A

115 VAC (230 VAC)

L$5M5-8

M M

BM5-8M1-4

1 2 3 4 5 6 7

IQ/MLC IQ/MLC

MASTER BM1-8

MovablePartitionor future

wall

J J J J J J J

LOCAL

12 V12 V 12 V

TM

A/V SystemM1-4

115 VAC (230 VAC)

L$1M1-2

MASTERM1-4

LOCAL

M M

AIQ/MLC

L$2M3-4

12 VRS-232

12 V

RS-232 Interface

A/V SystemM1-7

A/V SystemM1-4

Dry ContactClosures

a) Local Switch L$1 controls motors 1 & 2 via internal dip switches.b) Local Switch L$2 controls motors 3 & 4 via internal dip switches.c) A/V System, with a dry contact or RS-232 interface, controls motors 1-4.d) Master Switch A controls motors 1-4.

a) Local Switch L$1 on IQMLC A controls motors 1-4 via internal dip switches.b) Local Switch L$5 on IQ/MLC B controls motors 5-8 via internal dip switches.c) A/V System, with a dry contact or RS-485 interface, controls motors 1-7.d) Master Switches A & B control motors 1-7.

RS-485

RS-485 Interface

12 V 12 VSGC

Standard ConfigurationRS-232 (alternate)

Standard ConfigurationRS-485 (alternate)

12 V

RS-485

12V

Alternate forRS-232 Interface

M MM

Assured Alignment

M MM

Assured Alignment

RS-485

4.28MS2200 - 6/1/04





LECTURN(controls motors 17 & 18)

Dry contactlow voltage interfacecontrols all 4 motors

RS

17 18 19 20

MasterE

M M

E

L$18

L$19

L$20

M M M M

A1 A2 A3 A4 A5 A6 A7 A8Dip Switch #

M1MOTOR # M2 M3 M4 M1 M2 M3 M4

ONOFF

Dip Switch Row A

B1 B2 B3 B4 B5 B6 B7 B8Dip Switch #

M1MOTOR # M2 M3 M4 M1 M2 M3 M4

ONOFF

Dip Switch Row B

Example of IQ/MLC Dip Switch Assignments

M M

AB

IQ/MLCA

Result:Overlapping zones as required.

J J J J

Controls Motor 1 Controls Motor 2and Motor 3

Controls Motor 4Controls Motor 3and Motor 4



IQ/MLC™ – Switch Management4 zones – Each motor control zone is associated with a localswitch port (L$1, L$2, L$3 and L$4)

Each local switch port may control any combination of 4 motors through the DIP Switch settings.

Low Voltage Interface for A/V Control:Connect local or master switch ports to the optional IQ/MLC™

RS-232/485 interface or third party dry contact closures.Three dry contact closure terminals are required for full operation of IQ/MLC. Two dry contact closures for up/down operation only.

4.29MS2200 - 6/1/04

IQ/MLC™ – Features





Continued ☞

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLCand MLC are trademarks of, MechoShade Systems, Inc.Specifications subject to change without notice.


If UP, DOWN and 3 INTERMEDIATE Stop Positions are required:

• Provide three (3) low voltage, 12 VDC, 10mA momentarydry contacts, A (UP), B (MID POINT) and C (DOWN).

• To move the shades DOWN requires a momentary pulse of Contact C.

• To move the shades UP requires a momentary pulse ofContact A.

• To stop the shades while traveling, pulse either contacts A, B or C.

• To move the shades to Position 1 (25% down).Requires a momentary pulse of Contact A & B.

• To move the shades to Position 2 (50% down).Requires a momentary pulse of Contact B.

• To move the shades to Position 3 (75% down) Requires a momentary pulse of Contact B & C.

• Recommended momentary pulse length between 100 and 500 milliseconds.

If only UP and DOWN positions are required:

• Provide two (2) low voltage, 12 VDC, 10mA momentarydry contacts, A (UP), B (DOWN).

• To stop the shade while traveling; pulse either contact.

• To activate UP or DOWN, pulse either contact.

IQ/MLC™ Window Management System for ElectroShades®

using Dry Contact Closures

For A/V and Dimming Control Systems Integration with Building Management Systems • Smart Homes • Home Theatre • Conference Rooms

4.30MS2200 - 6/1/04





Continued ☞

A/V SystemM1-4

115 VAC (230 VAC)

MASTERLOCAL

M M

12 VRS-232

12 V

RS-232 Interface

12V

12V

115 VAC (230 VAC)

MASTERA

LOCAL

M M

AM1-4

12 V

A/V SystemM1-7

RS-485 Interface

12 V

12 V

RS-485

115 VAC (230 VAC)

MASTERB

LOCAL

M M

BM5-8

12 V

RS-485

12 V

M MM MS S

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLC, MLC and I•CON are trademarks of, MechoShade Systems, Inc.Specifications subject to change without notice.


For A/V and Dimming Control Systems applications for Building Management Systems • Smart Homes • Home Theatre

4.31MS2200 - 6/1/04

For control of a single IQ/MLC via RS-232:

• Use optional IQ/MLC RS-232 Interface EMLC 0232 RS MO.

• Connect the A/V System to the Communications Port on the RS-232 Interface using a modular cable connection.

• Connect the IQ/MLC Local Switch Ports #1-4 to LocalSwitches via the IN and OUT Ports #1-4 on the RSInterface. Either IQ/MLC Master Switch Port can connect to a Master Switch via IN and OUT Ports #5 on the RSInterface

• For POWER connect the RS-232 Interface to the IQ/MLC.

For control of multiple IQ/MLC’s via RS-485:

• Use optional IQ/MLC RS-485 Interface EMLC 0485 RS MO.

• Follow the same procedure above for Master Ports and connect the Local Switches connect directly to the IQ/MLCas per the standard wiring diagram.

• Multiple IQ/MLC’s can be connected to a single Master Porton the RS Interface via approved modular T or Y connectors.

• RS-485 Interfaces may be daisy chained together to formlarger networks via the IN and OUT Communications Ports on the RS Interface.

IQ/MLC™ Window Management System for ElectroShades®

using an RS-232/485 Interface





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLC and UniformMode are trademarks of MechoShade Systems, Inc.Specifications subject to change without notice.


The IQ/MLC™ System consists of:

IQ/MLC Four Motor Logic Controller:Low voltage four (4) motor controller for standard motors withlocal and master switch control capability. Dip switch assignmotor switch assignments to form groups. Any of the four localswitches can control any combination of the four motors connected to the IQ/MLC. Provides full up, full down and threeintermediate and custom stop positions at the touch of a button for assured alignment. Additional IQ/MLCs can be wiredin parallel or series. 17 VDC, 0.1A max per switch contact.Input: 120 VAC, 0.5A max; 240 VAC 0.25A max.Output: 120 VAC, 3.8A max; 240 VAC, 1.9A max.P/N: 120V: IMLC 120V ST SP; 230V: IMLC 230V ST SP.

IQ/MLC Switch:3-button single low voltage intelligent switch for local or mastercontrol provides full up, full down and three intermediate andcustom stop positions at the touch of a button. Allows the userto calibrate the IQ/MLC and select between uniform and normal modes. Also available in 6-button zone double switch.(12V, 100 mA, max).P/N: 3-Button: ESWX IQ03 _ _ _ _ ;6-Button: ESWX IQ06 _ _ _ _ .

Optional Remote Control:Full Up/Down operation in Normal Mode, or intermediate stoppositions in the UniformMode™.

Accessory Controls (ACC):Optional external inputs for security, life-safety, audio/visualand other applications. For example, Sun Activated Sensors,Seven-Day Timers or MechoShade’s AAC SolarTrac™computerized green-building management system.

IQ/MLC Accessory Interface: Interface for connecting SACs and Timers. 120V: ESSA IQ115 STSP, 230V: ESSA IQ230 STSP

Modular Cable: 26 gauge, 6-conductor flat modular cable(stranded wire) available as uncrimped rolls or pre-crimpedlengths.

Un-Crimped, 500 foot (16.6m) roll: ESMC 0302 VL BEUn-Crimped,1,000 foot (333.3m) roll: ESMC 0340 VL GRPre-Crimped, 2 feet (.6m) long: ESMC 0341 VL BEPre-Crimped, 7 feet (2.3m) long: ESMC 0278 VL BEPre-Crimped, 25 feet (8.3m) long: ESMC 0313 VL BEPre-Crimped, 50 feet (16.6m) long: ESMC 0343 VL BE

Modular T Adapter: Two 6-position / 6-contact female modularjacks with UTP cable. P/N: MODU 6POS 6C 2F

Modular Y Adapter: Two 6-position / 6-contact female modular jacks with UTP cable. P/N: YADP 6POS 6C 2F

Modular Cable Coupler: 6-position, one to one wiring pattern.P/N: COUP 5050 AM P1

Modular Plug: 6-position, 6-contact RJ-12 plug.P/N: RJ12 6CON 6P PL

Cable Tester: Siemon STM-8. P/N: ECAT SIEM STM8

Crimping Tool: Modular plugs are UL approved when terminated using this tool and procedures outlined in IS 408-9767. P/N: ETCO 1652 O8 UL

Sub Group Controller: Six 6-position / 6-contact female modular jacks for connecting up to 4 I•CON controllers.P/N: IQML SGC6 RJ BD

IQ/MLC RS232 &485: RS485 protocol with a PC requires a485 PC card or an IQ/MLC RS232 or 485 Adapter. Up to 5zones per interface adapter, up to 12 IQ/MLC units per zone.Allows a total of 60 control units per interface.

RS232: P/N: EMLC 0232 RS MO (PC to 1st interface)RS485: P/N: EMLC 0485 RS MO (interface 2 and up)

_ _ _ __ _ _ _

_ _ _ _

4.32MS2200 - 6/1/04

IQ/MLC Component Specifications





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IMCS, IQ/MLC, MLC and AAC SolarTrac are trademarks of MechoShade Systems, Inc.Specifications subject to change without notice.

ElectroShade® Optional Low Voltage Control Accessories

24-Hour Digital Timer

MechoShade offers a compact dual direction digital timerfor carefree automatic control for ElectroShades. The 24-Hour Timer is easy to install and simple to program andwill raise and lower your shades at different times of theday. Protecting the interior from solar impact.

Solar Activated Controllers (K-Lux)

MechoShade offers a line of Solar Activated Controllers (SACs) with sensors that continually monitor the solar brightness, triggering the control unit to extend or retract the shade. SACs are available for use with a single motor 3-motor Individual-Group Controllers (IGC), four motor IQ/MLC’s and MLC four motor controllers.

Remote Control (Specify IR or RF)

MechoShade® offers a Remote Control line that providesmotor control from a distance through the use of a handheld radio transmitter. Remote Controls are available asone, two, three or four motor controllers.

IQ/MLC™ utilizes IR remote only.

P/N: Single Channel: EIRC 1014 RA TRFour Channel: EIRC 1015 RA TR

IQ/MLC requires the SAC/TIMER Interface.

SAC with Photo Cell, Flush Mount, Single Motor: P/N: ESSA 0901 ST WH • ESSA 0931 ST CW

SAC with Photo Cell and Switch: P/N: ESSA 0897 ST WH • ESSA 0927 ST CW

IQ/MLC SAC/Timer Interface:120V P/N: ESSA IQ115 STSP230V P/N: ESSA IQ230 STSP

Photo Cell Only:P/N: ESPC 0313 PL WH

4.33MS2200 - 6/1/04

IQ/MLC requires the SAC/TIMER Interface.

P/N: EDTI 0351 24 WHEDTI 0352 24 CW

IQ/MLC SAC/Timer Interface: 120V P/N: ESSA IQ115 STSP230V P/N: ESSA IQ230 STSP

SingleChannel

FourChannel

Continued ☞





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IMCS, IQ/MLC, I•CON, MLC and AAC SolarTrac are trademarks of MechoShade Systems,Inc. Specifications subject to change without notice.

ElectroShade® Optional Low Voltage Control Accessories

NOTE: Compatible with MLC™ and I•CON™ standard motor control systems. IQ/MLC™ and I•CON Intelligent Motor Control System for full up/down operation only.

P/N: ESDX 0739 IN WH

Digital Key Pad

The “Keyless” programmable indoor security switch. Prevent unwarranted operation of shades with your personal code number through the Digital Key Pad. The four digit private entry code can be changed by the user to ensure limited access, or protection.

4.34MS2200 - 6/1/04

NOTE: Compatible with MLC and I•CON standard motor control systems.Momentary Switches compatible with Intelligent Motor Control System for full up/down operation only.

Maintained P/N: ESWX RYMA PS CWMomentary P/N: ESWX RYMO PS CW

Key Switches

MechoShade offers a line of high-security Indoor Key switches.

They are available as:

• Light duty & heavy duty designs

• White or ivory cover plates

• Maintained or momentary switches

Miscellanous Switches

Line or Low Voltage IQ/MLC Standard Switches

Décor & PaddleSwitchplates





© 2004, MechoShade Systems, Inc., Long Island City, NY. I•CON and UniformMode are Trademarks of MechoShade Systems, Inc.. Specifications subject to change without notice.

01234567 0123456701234567 01234567

Networked: Low Voltage Controls – I•CON™

Since 1876

C US

The fully addressable MechoShade’s® Intelligent Motor ControlSystem™ (I•CON™) is a 2-way communicating software busline control system that is ideal for medium, large and complex networks. The major advantages of the I•CON systemare wiring simplicity, exceptional flexibility and lower installationcosts, making I•CON the ideal solution for base building and multitenant Class A office building projects where floor layouts frequently change. Also, Audio/ Visual centers and/or conferencerooms with movable walls resulting constant changes in shade configuration.

The I•CON features:• Expandable/Scalable system employs 2-way, low voltage

communication network capable of building-wide applications.

• “Out -Of-The-Box” configuration.

• Free Topology wiring allows low voltage connections to be run in the most cost-efficient manner (daisy-chain, star/home run, loop, etc.).

• Two forms of addressing – DIP Switch or software

• Program/Re-program Motor grouping without rewiring or “Climbing the ladder”.

- DIP switch addressing available for installation without manual programming tools or PC.

- Handheld Programmer enables convenient programming of motor groups from 1 location without accessing each controller.

• Multi-Level Overlapping Control (individual / group / master control)

- Each motor can be part of up to 9 different control groups.- Simplified wiring: communication network requires only 1 connection per controller regardless of how many control groups are implimented.

• Open architecture allows access via dry-contact control.

• Local control network enables cost effective local control through dry contact inputs without separate device.

- Integrates controllers with 3rd party controllers without adding components.

- Allows 3rd party switches to control shades while keeping a consistent user interface with lights and other systems.

• Six (6) Alignment Positions.

- Four (4) programmable mid-windowalignment positions which default to20% / 40% / 60% / 80%.

• Two Modes of Shade Operation:Normal and UniformMode™.

• Integrates with Lighting, HVAC, A/V and BMS.

- Dry contact integration through local control network

- LonWorks integration through communications network- AAC/PC for building-wide SolarTrac Applications

I•CONBus Supply/REPEATER

I•CONBus Interface

Low VoltageBusline

Low VoltageBusline

Low VoltageBusline

I•CONIntelligent Switch

I•CONIntelligent Switch

I•CONIntelligent

Switch

I•CON Standard

Switch

I•CONLocal Switch

I•CON Hand-Held

Programmer

ISBI LEFT RIGHT LZ/DSA WZA LZA LOCATION

Location Number

1 2 3SERVICE

POLL

4 5 6LOCATION

LZ/DSA

7 8WZA

LZA

UNIFORM

9

SHIFTSEND LEFT

PROG RIGHT

WINK

0

Table Value

¤

0016

M

20%

40%

60%

80%

Auto Set Positions

BS

BI BI

I•CONAddressable Local and Wide Zone Switching on a bus.

Continued ☞

4.35MS2200 - 6/1/04





© 2004, MechoShade Systems, Inc., Long Island City, NY. I•CON amd UniformMode are Trademarks of MechoShade Systems, Inc.. Specifications subject to change without notice.


Multi-Level ControlThe I•CON Control System consists of standard, open sourceline voltage motors connected to addressable, 2-motor I•CONBus Interface Controllers (BI).

• Each I•CON network can support 255 unique addresses.• If more than 255 addresses are required, the network

can be extended.• Through the BI each motor can respond to up to 9-unique

addresses thus enabling a motor to be part of 8 different group addresses and yet still be individually addressed.

• Control wiring is simple, flexible and independent of addressing scheme unlike hardwired systems.

• Control wiring links every BI together into the network using 2 twisted pair, low voltage cabling or standard CAT5 cabling.

• Control network wiring is a free topology.

AddressingWithin the I•CON BI each motor can be addressed and controlled through up to 9 different addresses:

1) 8 - Software Programmable Network Addresses2) 1 - Local Port DIP Switch Address (DSA)

Devices on the network (ie. Intelligent Switches) can control amotor through any one of its internal 9 addresses. Devices ona BI's Local Port can control the motor they are directly wiredto plus any motors which have a Programmable or DSAaddress coinciding with the DIP switch address of the LocalPort that the Local Switch is connected to.

Local Port Addressing - Local Switch Control:Each I•CON BI has 2 local switch ports - one for each of themotors the BI controls. The I•CON Local Switch and Portallows one to pre-set a simple network in the factory, yet

provide flexibility for changes and modifications in the fieldwithout reprogramming, while maintaining the key features of the I•CON system.

The I•CON Local Switch and Local Switch Port have the following features/functionality:

• I•CON Local Switches plug into one of 2 port on a BI, and directly control one of the corresponding motors without any addressing or programming

• The I•CON Local Switch's control can be expanded to control other motors on the network by setting a DIP switch address on the Local Switch Port that the I•CON Local Switch is connected to.

• Any motor on the network with an address that corresponds with the DIP switch address will respond to the Local Switch.

• Preset DIP Switch Addressing provides out of the box group control functionality, avoiding field commissioning and programming.

• The I•CON Local Switch provides 6 alignment positions, including full up, full down and 4 default intermediate positions of 20%, 40%, 60% and 80%

• Up to 4, custom intermediate alignment positions can be easily be set by the user or installer.

Network Addressing – Intelligent Switch ControlI•CON Intelligent Switches provide maximum flexibility inwiring, control and access to the I•CON network. I•CONIntelligent Switches share the same 4 button architecture asthe I•CON Standard Switch, but have additional intelligencebuilt into a circuit board on the back of the switch. I•CONIntelligent Switch features and functions include:

I•CON

4.36MS2200 - 6/1/04

Continued ☞







4.37MS2200 - 6/1/04

I•CON

• I•CON Intelligent Switches can be wired anywhere on the I•CON network and are not limited to connection to a BI, providing flexibility, convenience and lower wiring costs.

• I•CON Intelligent Switches can control motors any-where on the network, regardless of physical location.

• A software based address is programmed into an I•CON Intelligent Switch: Any motor on the network with a corresponding address in their address table can respond to that switch.

• Ideal for master control and large or overlapping group control applications spanning multiple offices or floors.

• Ideal for environments where switches and controls may require reconfiguration.

• The I•CON Intelligent Switch provides access to the network for a Hand held I•CON programmer which allows access to any motor/ BI on the network forprogramming and commissioning.

• Features an elegant 4-button architecture by which to access all functions.

• Provides 6 alignment positions, including full up, full down and 4 default intermediate positions of 20%,40%, 60% and 80%.

• Up to 4 custom intermediate alignment positions can be easily be set by the user or installer.

• Local Switch Port on the BI allows access to 3rd party control ie. A/V, Lighting and BMS, via dry contacts.

Six Position Mid-Window AlignmentI•CON automatically aligns two or more motorized shades at auto set or custom set positions on a window. Each switchpositions shades to 6 aligned positions. Using a four buttonswitch, shades may be positioned and aligned at four intermediate set points (20%, 40%, 60% & 80% of the window height or custom programmed at any point on the window as specified by the owner/architect.) Plus full up and full down. Shades always align at the selected stop points top down or bottom up thus compensating for variances due to gravity. (See illustration on page 4.38.)

UniformMode™ and Normal Mode

UniformMode™: Shades may ONLY be stopped at any of the 6 alignment positions. Normal Mode: Shades may be stoppedat any of the 6 alignment positions (Up, 20%, 40%, 60%,80%,Down) or anywhere in between.

With I•CON, even though the motors are asynchronous andthe grouped shades are of different size width and weight,shade bands can be programmed to align at selected points on the window.

Third Party IntegrationThe Local Switch Port extends the integration and operation ofthe I•CON control network beyond Local Switches to thirdparty control systems (Lighting, A/V, HVAC and BMS). The useof the dip switch addresses allows the Local Switch Port tobroadcast the shade commands,

Continued ☞






Networked: Low Voltage Controls – I•CON™: Features

from a third party system, throughout the network. Unlikemany competing systems, the Local Switch Port provides dry contact integration without requiringthe costly expense of adding aninterface module (ie. dry contactinterface, RS232 Interface). Thus,the Local Switch Port can provide a cost effective and universalmethod to extend control of theshading network to other systems within the building.

I•CON can also utilize a variety of interface modules to integrate with third party control systems through the networkusing RS232, RS485 and a various other protocols and media.

InstallationI•CON represents a networked shading control system whichemploys a single ubiquitous low voltage cable network to interconnect controllers (BIs) and switches in order to formcontrol groups Network wiring.

• Eliminates the labor intensive “spider web” of connectionsfound in a hardwired system where each switch must be wired directly to the controller for each motor that it controls.

• Greatly reduces the troubleshooting costs associated with complex groupings.

I•CON utilizes a free topology network to interconnect controllers (BIs), switches, and other network devices.Whether someone is homerunning cables back out a centralpanel or daisy chaining out to each successive devise, I•CONcan meet the installation’s requirements to support cost minimization, quick installation, ease of troubleshooting and/orfuture expansion flexibility. Free topologysupports any combination of star, busand loop wiring structures even withinthe same installation. This simplifiesinstallation by allowing the wiring to berun in the most expeditious manner. Italso simplifies expansion by eliminatingrestrictions on wiring routing, splicingand network devise placement.

Simplicity is the rule and problems due to field wiring errorsare substantially reduced. While net difference in cost is minimal (the increased cost of the hardware being offset by the reduced cost of wiring) the net advantage in operation reliability and management flexibility is substantial.

Fully accessible, fully addressable and easily programmed / reprogrammed. Each two motor BI has its own unique four digit location number for ease of locating and programming. Each of the two motors are managed by the BI through various address tables. Each side has:

1 BI Dip Switch Address (BI/DSA). Manually set.

8 Programmable Network Addresses (ISA).

Set via the hand-held programmer.

The I•CON hand-held Programmer allows accessand programming of any BI of Intelligent Switchfrom any location on the network. Thus the system can be reconfigured without rewiring.

Switch reconfiguration instead of rewiringEach Switch and Bus Interface may be reprogrammed on site via the hand-held I•CON Programmer resulting in a system that can be reconfigured without rewiring.Additional Switches may be wired in series or in parallel.

ISBI LEFT RIGHT LZ/DSA WZA LZA LOCATION

Location Number

1 2 3SERVICE

POLL

4 5 6LOCATION

LZ/DSA

7 8WZA

LZA

UNIFORM

9

SHIFTSEND LEFT

PROG RIGHT

WINK

0

Table Value

¤

0016

Daisy Chain

Star

Free Topology

4.38MS2200 - 6/1/04






I CONI CON I CON

Networked: Low Voltage Control – I•CON™ Wiring Diagram

Low voltage Standard and Intelligent Switching over a two-way communication busline for two motors.

4.39MS2200 - 6/1/04

Note: Drawings areincomplete unlessboth pages of thisWiring Diagram,4.39 – 4.40, plus the Electrical Notespages 4.49 – 4.51are included.

BUS SUPPLY/REPEATER






I CON

I CON

I CON

I CON

I CON

Networked: Low Voltage Control – I•CON™ Wiring Diagram

How to connect two or more I•CON Bus Interfaces and three or more motors to a bus line.

4.40MS2200 - 6/1/04

BUS SUPPLY/REPEATER

Note: Drawingsare incompleteunless both pages of thisWiring Diagram,4.39 – 4.40,plus the ElectricalNotes pages 4.49 – 4.51 areincluded.





© 2002, MechoShade Systems, Inc., Long Island City, NY. RTS is a trademark of its respective company. Specifications subject to change without notice.

Continued ☞

4.41MS2200 - 6/1/04

Wireless Controls – Networked

MechoShade Systems possesses a line of wireless, radio frequency (RF) controls. These products offer enhanced functionality for motorized shades without requiring the wiringand installation costs associated with low voltage – networkedor low voltage – hardwired controls. The radio frequency signalcommunicates directly between the user interfaces and themotors or the controllers actuating the motors without anywires. Therefore, aside from wiring line voltage power for themotors there is no control wiring; thus enabling these productsto offer solutions for retrofit, renovate or new constructionopportunities where installing control cabling behind the drywall is not an option.

MechoShade’s RTS™ wirelesscontrol solutions come in two varieties. The first employs wireless, networked control for standard, line voltage (120/240VAC, 50/60 Hz) tubular motors.With these solutions power for the motors is run to the RTS-equipped controller where wireless signals from switches andother wireless devices (photosensors, timers, etc.) are receivedto control the distribution and application of power to the motor.This solution enables the benefits of wireless control with stan-dard, non-proprietary motors. It also has certain wiring advan-tages where the motor being controlled is distant or shielded in

some fashion from the wireless switch or device controlling it.The other product solution employs wireless, line voltage(120/240 VAC, 50/60 Hz)motors. Power is run to theRTS-equipped motor whichcommunicates directly withwireless switches, photosen-sors, timers, etc. to control the motor’s position. This solutionmakes wiring power to the motors more efficient since multiple motors can be daisychained to a common line voltage power connection.

Flexible and Less Costly to InstallUnlike infrared (IR) wireless technology (like your TV remotecontrol), RF wireless technology transmits in an omnidirectionalmanner and therefore does not require the user to “aim” atransmitter at a receiver in order to cause something to happen. This capability enables the positioning of RF switchesvirtually anywhere in a room without forcing the transmittingand receiving faces to line up. RF energy also does not attenuate as quickly as IR thus enabling ranges of over 60 feet in typical installations! Couple this with the fact that RFtechnology can transmit through most non-metallic materials(like drywall) and now the system is capable of controllingmotors in more than one room on potentially more than onefloor – without requiring any control wiring!

Wireless Controls

M120 VAC (240 VAC)

120 VAC (240 VAC)

M

Burnham Conference Room, San Diego, CAMcCulley Group – Architects





© 2002, MechoShade Systems, Inc., Long Island City, NY. RTS is a trademark of its respective company. Specifications subject to change without notice.

Wireless Controls

Multi-Level Control GroupsRTS™ wireless solutions provide distributed intelligence to the system which means that each device or node (motor, controller or user interface) uses a microprocessor to enable it to perform as an active member of the wireless control network. In order to be part of the network the devices possess unique addresses. Each motor or controller can be programmed to respond to up to 6 different control groups.Each control group can enable different levels of motor/shadecombinations ranging from individual motor control to group/overlapping group control and finally to master control. Sincethe same motor/shade can be part of any combination of thesecontrol groups we refer to its capability as multi-level control.

Advanced Control LogicMechoShade’s RTS systems offer one-touch positioning capability where a single momentary button press will causethe shade to move directly to a position on the window. Threealignment points are provided including one mid-window stopposition which is programmable. Thus enabling assured alignment opportunities with surrounding shades as well –REGARDLESS OF VARYING WINDOW HEIGHTS.

Seamless IntegrationMechoShade’s RTS solutions are designed to be open, interoperable devices which can work in coordination with other manufacturers’ controllers or systems to provideenhanced functionality and features. This can include

operation with Lighting controllers, HVAC controllers, A/V controllers, Security controllers, Life/Fire/Safety controllers ormore generally into Building Management Systems (BMS). Themethods available for seamless integration of MechoShade’sRTS motors and controllers into these other systems includedry contact input and output devices. MechoShade also offersa variety of RTS-equipped sensors and timers to provide automated convenience, comfort and/or energy managementcontrol enabling RTS to support for example Title 24 or Green Building applications. However, the dry contact integration products also enable third party devices to be employed to help supplement these networks.

Safety and ReliabilityMechoShade’s RTS product line also offers advanced securityfeatures employing 20 million rolling address codes to preventunauthorized operation into the system and to help preventtransmitters from operating unaddressed motors.

All of MechoShade’s wireless control solutions meet UL325 and CSA 22.2 requirements. Furthermore, the RTS components are further certified by the FCC to operate at 433.25 MHz.

Although RF signals can transmit through most walls it does not travel through metal.Therefore, the metallic framing structure of thebuilding and the furnishings within a room can affect the operational range, can create signal dropout areas and even eliminate theability for the system to communicate altogether. In addition, RFsignals from the RTS system and from other systems can interferewith each other if proper component and system selection has not taken place which can hamper the reliability and functionalityintended within the user’s environment. For many of these reasons hospitals and healthcare facilities typically will not permit the useof RF systems within their environment. Government facilities and other applications that are concerned about security are also oftenresistant to employ wireless solutions.

4.42MS2200 - 6/1/04




Continued ☞


The RTS™ system offers direct-to-motor radio frequency wireless control to any RTS intelligent motor within a 65 footrange of an RTS equipped switch or remote.

Features:

• An integrated system of new wireless RF controllers includingthe RTS hand-held transmitter and RTS wall switch.

• Eliminates the need for wires between switch and motors.

• The RTS tubular motor, with built in antenna features userprogrammable top and bottom limit switches, can memorizeup to 12 transmitters, one (1) intermediate stop position andis controlled by a special radio frequency which preventsinterference from other systems.

• With the RTS four channel hand-held transmitter or RTSwireless wall switch you can program individual, group andmaster control so that with the touch of a button you cancontrol all the shades in the room or on the entire floor (within the range).

• For greater security the RTS control points are equipped with 16 million rolling codes which dramatically reduce interference.You can also choose and change the position of the control point according to your needs.

• The RTS system not only provides the ease and convenienceof a remote, but also eliminates the need for long wire runs to connect switches or the need for accessibility to a control unit.

• The RTS motors can be wired in parallel.

Electrical Specifications

Star Head Motor:115 Volts 60 HZ 2.1 Amps 240 Watts Maximum230 Volts 50/60 Hz. 1 Amp 240 Watts Maximum

RTS hand-held RF transmitter:3V Lithium battery, type CR 2430

RTS RF Wall Switch:3V Lithium battery, type CR 2430

Operating frequency: 433.42 MHz, and has a range of 90 ft. (30m) in open space and 65 ft. (20m) through two concrete walls.

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IMCS, IQ/MLC, MLC and AAC SolarTrac are trademarks of MechoShade Systems, Inc.RTS is a trademark of its respective company. Specifications subject to change without notice.

Wireless Controls

5All

1 2 3 4

M

MM

M1

23

4

RTS™ Motors and ControlsWireless remote direct-to-motor control.

4.43MS2200 - 6/1/04

* RF control should be evaluated for acceptability in Healthcare, government, airport and/or other facilities where RF signals may interfere with life critical operating systems.





Continued ☞

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IMCS, IQ/MLC, MLC and AAC SolarTrac are trademarks of MechoShade Systems, Inc.Specifications subject to change without notice.

Wireless Controls

The RTS™ Single Motor Controller provides remote control ofany standard motor within a 65 foot range of an RTS-equippedswitch or remote. This controller offers all the same ease andconvenience of the RTS™ System without the need for anintelligent motor.

RTS features:

• Wireless control of non-proprietary AC motors.

• An integrated system of new wireless RF controllers including the RTS hand-held transmitter and the RTS wall switch.

• Eliminates wiring between switch and controller.

• With the RTS four channel hand-held transmitter or RTSwireless wall switch you can program the Inteo receiver/controller for individual, group and master control so that withthe touch of a button you can control all the shades in theroom or on the entire floor (within the range).

• For greater security the RTS control points are equipped 16million rolling codes which dramatically reduce interference.You can also choose and change the position of the controlpoint according to your needs.

• The RTS system not only provides the ease and convenienceof a remote, but also eliminates the need for long wire runsto connect switches.

• The RTS control receiver provides up to 2 user-programmableintermediate stop positions.

Electrical Specifications

RTS Receiver: 120 VAC

RTS hand-held RF transmitter:3V Lithium battery, type CR2430

RTS RF Wall Switch:3V Lithium battery, type CR2430

Operating frequency: 433.42 MHz, and has a range of 90 ft. (30m) in open space and 65 ft. (20m) through two concrete walls.

4.44MS2200 - 6/1/04

RTS single motorcontroller/receiver

Standard Motor RTS™ Control System

* RF control should be evaluated for acceptability in Healthcare, government, airport and/or other facilities where RF signals may interfere with life critical operating systems.





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of MechoShade Systems, Inc. RTS is a trademark of its respective company.Specifications subject to change without notice.

Wireless Controls – Networked

RTS Sun/Wind Sensor and Remote Receiver:Single motor control. Set includes an integrated radio receiver, sun sensor, wind sensor and low voltage switch inputs. Solar brightness is continuouslymonitored, triggering the control to raise/lower theshades automatically as needed.

P/N: STRS 1051 KT 01

Electronic Control Systems: RTS™ Wireless

RTS Peripherals

4.45MS2200 - 6/1/04

LR RR RV

PR

LVPV

1 2 3

AC/DC

0V 12V 24V

C NO NO NFC

4 5 6 7 8 9 10

- + +

RTS™ Receiver with Contact Outputs:This RTS radio frequency receiver allows operationof low voltage-hardwired controls from RTS-equipped switches, transmitters, timers and otheraccessories. It offers dry contact outputs controlledby RTS radio signals.

P/N: RTSR 0450 CO CL

RTS Dry-Contact Interface:The RTS Dry-Contact Interface enables wirelesscontrol of RTS motors and controllers from homeautomation or other third party systems.

P/N: INTE 0454 DR CO

REDBLACKGREENWHITE

Battery Holder

Programming Button

BASE W/CLEAR COVER ANTENNA




Continued ☞


Automation for low voltage Standard or Intelligent Motor Control Systems.

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IMCS, IQ/MLC, MLC, I•CON and AAC SolarTrac are trademarks of MechoShade Systems, Inc. Specifications subject to change without notice.

AAC-SolarTrac™ Window Management System

The AAC SolarTrac™ WindowManagement System is designedto automatically adjust the position

of the shades incrementallythroughout the building to maximizeview and daylighting while protect-ing people and work surfaces fromdirect sun when and where needed,using a PC-based program.SolarTrac’s intelligent multi-levelcommand accounts for “Clear” or“Cloudy” sky conditions in accordance with established criteriafor vertical, horizontal or slopingwindows. In addition, it factors inthe sun’s angle of incidence, solarheat-gain (in BTUs or W/M2), allow-able solar penetration, plus bright-ness and glare control.

The AAC SolarTrac™ WindowManagement System is a multi-zone controller that:

■ On a daily schedule, automaticallypositions the shade to meetvarying sun angles.

■ Using 3 radiometers, it determines the momentarymicroclimatic conditions such as sunny, cloudy or bright-overcast sky conditions.

■ Maximizes the amount of naturallight and view thru the windowby keeping the shade as high up as possible while not allowingthe sun to penetrate beyond a

user defined point within thespace.

■ Incorporates user defined internaltime delays, for intermittentclouds and sun/no sun sky conditions and cycles theshades on a programmed basis.

■ During nighttime winter conditions it lowers the shadesto provide additional insulation if desired.

■ During nighttime summer conditions it raises the shades to assist in nighttime cooling.

■ Includes manual override capability by zone for executiveoffices, conference rooms andtraining facilities.

■ MechoShade Systems, Inc.can monitor, perform systemdiagnostics and make adjustments via modem anywhere in the world.

■ Integrates with building-management systems. (Optional)

AAC SolarTrac™WindowManagement System benefits include:

■ Window shade alignment.

■ Uniform building appearance byelevation.

■ Optimizes use of natural lightand views to the outside.

■ Provides HVAC engineers with the flexibility to downsize air conditioning or to operate at a higher temperature set point.

May be used with:

• IQ/MLC™, MLC™• Intelligent Motor Control

System™/2 (I•CON™)

May be interfaced with mostBuilding Management Systems(BMS)

5AM 7PM

6AM

7AM

Allowable Solar Penetration

6PM

5PM

WINTER

SPRING / FALL

SUMMERNOON

N

S

E W

4.46MS2200 - 6/1/04




Continued ☞


© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IIMCS, IQ/MLC, MLC and AAC SolarTrac are trademarks of MechoShade Systems, Inc.Specifications subject to change without notice.


■ Improves productivity by:

1. Improving personal comfort.

2. Maximizing view and healthy exposure to natural daylight.

3. Regulating brightness and glare on CRT screens to reduce eye strain and improve productivity.

Description of Operation

The multi-zone, multi-position, PC-basedAAC SolarTrac™ Window ManagementSystem was developed exclusively forthe operation of ElectroShades®.

The system is an intelligent multi-levelcommand program which automaticallyadjust the position of shades incremen-tally, in accordance with the sun’s angleof incidence, solar heat-gain factors inBTUs, and allowable solar penetration.

The system allows for brightness andglare control by adjusting the shades to“clear-sky”, “cloudy-sky”, or “bright-over-cast-sky” conditions. The AAC-SolarTracsystem incorporates these elements in accordance with an established computer program for vertical, horizontal, or sloping windows.

The AAC SolarTrac System is a multi-zone controller that:

• On a 365-1/4 day solar analysis, AACSolarTrac automatically positions theshades to meet varying sun angles.This is accomplished utilizing ASHRAEclear day radiation as comparedmicro-climactic conditions at the siteprovided through three redundantsolar meters via analog inputs into the system.

• Using solar meters, determines themomentary micro-climactic conditions(clear, cloudy, or bright-overcast).

• Incorporates user adjustable internaltime delays, which adjust for intermittent clouds.

• During nighttime winter conditions,lowers the shades to provide additionalinsulation; during nighttime summerconditions, raises the shades.

Almost unlimited programming optionsare available to the end user such aslowering shades, at night and winter to reduce heat loss and/or reduceinternal illumination transmitted out of the building.

• Includes manual override capability by zone.

• Incorporates on-site-adjustments tooperating standards, either by user orremotely via modem by MechoShade.

Master Specifications

A. Hardware

1. The AAC SolarTrac WindowManagement System shall beequipped with a standard desktop PCor compatible computer with all thenecessary interfacing, hardware andsoftware to accept the following:

a. Analog inputs for solar meters(solar-level detection).

b. Analog inputs for optional temperature sensors.

c. Digital inputs for building-computerpriority commands.

d. Inputs for fire alarm and additionalnon-designated ports.

2. The AAC SolarTrac software is

compatible with:ElectroShade motorized solar sunscreens utilizing Motor LogicControllers (MLCs), IQ/MLCs, SmartSubmasters. using standard asynchronous motors.

ElectroShade motorized solar sunscreens utilizing Intelligent MotorControl (IMC) System.

B. Software

1. Each zone on each floor in each building (or building module) shall be independently addressable.

2. For raising and lowering shades, each zone shall have typically 3default intermediate aligned stop positions (25, 50 and 75% down) plusfull up and full down. As an optionadditional programming can provideup to 16 incremental positions.Increment “0” represents the fullyraised position. If five increments areselected for a particular zone of a floorof a building, the “0” setting indicatesall the way up while “4” indicates fullydown, with each increment one fourthof the total travel height.

3. Each zone on each floor in each build-ing (or building module) shall have aset of tables which corresponds to auser-defined range of dates, times,and shade positions. The user canaccess these tables via the key boardand through menu-driven screens.

4. Each table shall have a user-definableset of solar-level conditions. These levels shall define “clear-day”, “over-cast-glare”, and “bright overcast sky” conditions. For the “clear-day”mode, the shades shall follow the

4.47MS2200 - 6/1/04





© 2004, MechoShade Systems, Inc., Long Island City, NY. SolarTrac and I•CON are trademarks of, MechoShade Systems, Inc. Specifications subject to change without notice.


programmed positions. The other twomodes represent special conditionswhen the shades move to a specified position.

5. Each zone shall have user-defineddelays for cloud and sun conditions toprevent intermittent clouds or sun fromtriggering the above special modes.

6. Each zone shall have user-defined priority-command positions to accommodate alarm-signal indicatorswhich are relayed from the buildingcomputer.

7. Designated zones may have user-defined time-of-day accessibility. Thelocally accessed Submaster and Localcontrols shall be returned to the auto-matic (AAC SolarTrac) master-computerunit at a user-defined time or period.

8. During normal operation, the status ofall zones on each floor in each buildingshall be displayed. Solar-intensity levels shall be displayed and indoorand outdoor temperature readings canbe displayed as an available option.

9. Operation of the shade motorsthroughout the system shall be stag-gered so that peak electrical-loadingconditions are prevented.

Remote access software shall also be provided to enable monitoring theperformance of the system from aremote location via a dedicated analog telephone line provided by the end user.

C. Sub-Master Controllers

IQ/MLC™ System (or MLC™)

1. There shall be one INTELLIGENTSUB-MASTER controller on eachfloor, in each building (or buildingmodule), as required.

2. Each INTELLIGENT SUB-MASTERshall have 16 I/O ports and be able to accommodate up to 8 MLC’s, or 8 IQ/MLC’s with full up/down operation. Or accommodate up to 5 IQ/MLC’s with full function intermediate stop positions.

3. Each INTELLIGENT SUB-MASTERcontroller shall accept up to two (2)multi-conductor shielded-serial-communications cables, one in andone out, providing a daisy-chain connection to the other INTELLIGENTSUB-MASTER controllers and to theAAC-SolarTrac master-computer unit.

4. Each INTELLIGENT SUB-MASTERcontroller shall be intelligent and shalldecode signals from and respondinteractively with the AAC-SolarTracmaster-computer unit.

5. Each INTELLIGENT SUB-MASTERcontroller shall accommodate up tofive or eight zones.

6. Each MOTOR-CONTROL zone shallbe a low-voltage-control system ofthe type indicated in specificationsection and as indicated on the electrical drawings.

C. Intelligent Motor Control System(I•CON™)

1. The I•CON is an Intelligent MotorControl system with a microprocessorfor each motor, with bus line 2 waycommunication between the motors,bus line and intelligent motors. ThePC shall be connected to the PC viathe RS-485 Interface port. Analog

Input from three (3) Redundant SolarSensors which shall be communicatedto the RS-485 card in the PC.

2. There shall be a RS-485 INTERFACEfor each 256 zone control network oras required.

3. Each RS-485 INTERFACE controllershall accept up to two (2) multi-con-ductor shielded-serial-communicationscables, one in and one out, providinga daisy-chain connection to the otherRS-485 INTERFACE controllers andto the AAC-SolarTrac master-computerunit.

4. Each RS-485 INTERFACE controllershall be intelligent and shall decodesignals from and respond interactivelywith the AAC-SolarTrac master-computer unit.

5. Each MOTOR-CONTROL zone shallbe a low-voltage-control system ofthe type indicated in specificationsection and as indicated on the electrical drawings.

4.48MS2200 - 6/1/04

OR





Continued ☞

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IQ/MLC, MLC, Motor Logic Controller and SolarTrac are trademarks of, MechoShade Systems, Inc. Specifications subject to change without notice.

ElectroShade® Electrical Notes For Standard Motors

All electrical control equipment (Switches, MLCs™, IQ/MLCs™,SACs, WACs, photocells, anemometers FTS units, etc.) as indicated is furnished only by MechoShade Systems, Inc.,installed and connected by (Electrical Contractor) or (turnkey by the window covering contractor).

All electrical control equipment must be wired in accordancewith wiring diagrams and Standard Electrical Notes preparedby MechoShade Systems, Inc. and in accordance with theN.E.C. and local codes.

Parallel and/or series wiring of two or more motors on a singleswitch or any other similar combination will void any applicablewarranty and cause improper operating, premature motor failure and burnout if not otherwise instructed

All wiring diagrams have been prepared for right-hand motorsregular-roll, or left-hand motors reverse roll which are wiredsimilarly. Right-hand motors, reverse-roll and left-hand motorsregular-roll, require reversing the red and black motor wires at the MLC or IQ/MLC or at the switch. This will prevent themotors from running in opposite directions when left-hand regular-roll or right-hand reverse-roll motors are installed.

All control equipment, MLC’s (Motor-Logic Controllers) and allequipment that may have a transformer for A/C low voltagemust be wired in phase. If not in phase, premature transformerand/or motor burnout and inconsistent control operation mayoccur. IQ/MLC’s have 12 VDC output and may be wired out of phase.

Electrical-control equipment may contain electro-mechanicalrelays, adjustment points, fuses, indicator lights, etc. Thesemust be accessible for future service and adjustment in a readily available location during normal working hours without disruption to the existing operations. This equipment shall becoded by the Electrical Contractor to indicate shade locationand specific motor controlled at control equipment and circuitbreaker. As-Built Drawings shall be provided by others forfuture service.

IQ/MLC’s have dip switch controller(s) and must be installed in a readily available location for proper service and futurechanges.

All motors are furnished with disconnect plugs for below ceilinginstallation. Hard wiring will void all responsibility for cost ofservicing and may void warranty. The MechoShade Warrantydoes not include the cost of labor to remove or install or accessto MechoShade equipment as specifically stated in the MSSwarranty.

Green motor wires are to be fastened to the ground junctionboxes, conduits, or another suitable building ground.

The standard ElectroShade® motor lead is a PVC 4 conductor#18 standard cable approximately one-foot (305mm) long witha 4-conductor disconnect pole type plug.

The standard ElectroShades are furnished with a 115 VAC(230 VAC) motor lead, approximately one foot (305mm) long,with a locking disconnect plug. A standard junction box lead,approximately 5 feet (1525mm) long, is furnished with a disconnect plug which is compatible with the plug on the motor lead.

Line Voltage Switching of one to two motors

One or two motors can be wired on a single double-pole, double-throw switch. Please refer to pages 4.10 and 4.11 for point-to-point connections.

Low Voltage Switching of three or more motors

Three or more motors wired to a single switch require the use of a four (4) motor controller such as the MLC or IQ/MLC.Five to eight motors require two such controllers; nine to twelvemotors require three; and so forth. For MLC point-to-point connections see pages 4.17 and 4.18, and for IQ/MLC seepages 4.26 and 4.27.

Some point-to-point wiring diagrams may not include motor disconnect-plugs, junction boxes, and cable raceways that may be essential for a complete installation.

Note: Maximum distance low voltage wire run connected in series is 400 ft.

Conditioned Line Requirements

Line voltage must be maintained between 108 and 132 Volts for 115 VAC systems and 207-253 Volts for 230 VAC systems.In the event of spikes or drops in line voltage in excess of 10%the system may lose Memory/Programming.

Operating voltage below 108 Volts (207 Volts) (Brown-outs)may cause unanticipated performance of the motors and control system. Discontinuance of power (shut-off) will noteffect IQ/MLC memory of Intermediate Positions.

FTS Double Motor system —115VAC (230VAC) utilizes a control module with low voltage switching. Ten (10) or morecontrol modules may be wired in series or in parallel for a single master switch which shall be double pole double throw.

Line Voltage Switching (1-2 motors)Low Voltage Control with IQ/MLC™, MLC™ or FTS’s (3 or more motors)

4.49MS2200 - 6/1/04





Continued ☞

© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade, ElectroShade, ThermoVeil, DualShade, and SnapLoc are registered trademarks of, and IMCS, IQ/MLC, MLC, , AAC SolarTrac, UniformModeand SkyLighter are trademarks of MechoShade Systems, Inc. Specifications subject to change without notice.

5. Optional RS232/485 Interface: RS485 protocol with a PC requires a 485 PC card or an optional IQ/MLC RS232or 485 Adapter. Up to 5 zones per interface adapter, up to12 IQ/MLC units per zone. Allows a total of 60 control unitsper interface.

MLC™ Four Motor Controller

1. Four Motors, Master Switching Only: Each MLC handlesup to four motors. Momentary or maintained switches canbe used. Master.

2. Two or More Master Switches: Each switch must be amomentary switch. Any switch will control all the motorssimultaneously. Master switching only.

3. Remote Control: Wireless transmitters and receivers are available. Optional.

SkyLighter™ Double Motor System (SDMS/FTS)

1. SkyLighter™ Double-Motor Tension System: SkyLightershade operation utilizes a pair of operating motors with alow voltage Double-Motor Control Module to establish andmaintain a taught horizontal or inclined shade. A singleDouble-Motor Control Module is required for each pair ofoperating motors. Two (2) or more SDMS modules can bewired in parallel or series to a single momentary contactswitch.

AAC SolarTrac™ System

1. AAC SolarTrac™: A PC based user-defined programthat automatically adjusts window shades to the year/daysolar condition. Determines the microclimatic conditionsand adjusts the shades incremently on the window to anyone of 5 or more positions on a window. All shades are adjusted in accordance with the solar load, solar penetration and the particular facade of solar orientation as established by the user.

Low Voltage Accessories / Definitions

1. Sun-Activated Control (SAC): The SAC module is furnished with a “K” Value photo sensor. The SAC modulehas manual/auto mode selector plus master switching inthe manual mode. An optional Remote Manual/AutoSwitching Controller is available. Compatible with the MLCand IQ/MLC motor controllers. The IQ/MLC requires anoptional interface.

Standard Motor Switching

The following is a brief summary of the various switchingconfigurations that can and must be used withElectroShade® standard motors.

Line Voltage Switching

1. One Motor, One Switch: This arrangement requires adouble throw (on/off/on) switch. Either single or double-poleswitches can be used. (MechoShade® Systems stocks only double-pole, double-throw switches as standard equipment.)

2. One Motor, Two or More Switches: A multi-switch command enables two or more momentary switches to be used with a single motor.

3. Two Motors, One Switch: A double-pole, double-throwswitch (D.P.D.T.) is required and can be momentary ormaintained.

4. Two Motors, Two or More Switches: Momentary center off switches must be used.

5. Remote Control: Wireless transmitters and receivers areavailable.

IQ/MLC™ Four Motor Controller

1. Four Motors, Four Local Switches and Two Master SwitchPorts With 3 Auto Intermediate Stop Positions:. EachIQ/MLC handles up to four motors. Three button switchesprovide intermediate window positioning at the touch of abutton. Motors can be assigned to any combination of thefour motors and four Local Switches connected to anIQ/MLC to create groups and sub groups. Master Switchcontrols all.

For 1 to 4 motors require one IQ/MLC. Five to eight motorsrequire two IQ/MLC’s. Nine to twelve motors require three,and so forth.

2. Intermediate Stop Positions: Three intermediate stoppositions plus full up and full down. Five positions total.Custom set intermediate stop positions or auto stop at25%, 50% and 75% of window height.

3. Two modes of operation: “UniformMode™” for uniform window covering operation and building exterior. Shadesmay only stop at preset positions. “Normal Mode” for fiveauto stop positions plus stop anywhere on the window.

4. Internal Motor/Switch Assignments: Motors and switchescan be assigned to each other by adjusting the internalon/off Switch/Motor Dip Switch controls.

4.50MS2200 - 6/1/04






© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade and ElectroShade are registered trademarks of, and IMCS, IQ/MLC, I•CON and MLC are trademarks of MechoShade Systems, Inc.Specifications subject to change without notice.


4.51MS2200 - 6/1/04

2. Wind-Activated Control (WAC): The WAC module is furnished with a “K” Value photo sensor. The WAC module has manual/auto mode selector plus master switching in themanual mode. An optional Remote Manual/Auto SwitchingController is available. Compatible with the MLC and IQ/MLCmotor controllers.The IQ/MLC requires an optional interface.

3. 24-Hour Timer: A 24-hour timer is furnished with a remotemanual override switch. Compatible with the MLC and IQ/MLCmotor controllers. The IQ/MLC requires an optional interface.

4. IR or RF Remote Control (A/V or Bus): An IR or RF remotecontrol through the use of a hand-held transmitter. Remotecontrols are available for the MLC and IQ/MLC Four MotorControllers.

5. RS-232 Interface: RS-232 translates the RS-232 protocolfor use with ElectroShade controllers. This addressable unitconnects any PC, building automation or lighting system tothe MLC and IQ/MLC Four Motor Controllers.

The RS-232/485 interface provides up to 5 zones per interfaceadapter, up to 12 IQ/MLC units per zone. Allows a total of 60control units per interface.


I•CON™ has a dedicated Wide Zone switch port for access tothe entire system.

6. Switches: A complete line of low voltage and line voltageswitches are available as:

• Paddle switches (maintained): for the MLC Four MotorControllers.

• Rocker switches (maintained and momentary): for MLCFour Motor Controllers.

• Décor switches (pulse): for MLC and IQ/MLC Four MotorControllers.

• Indoor key switches (maintained and momentary): for MLCand IQ/MLC Four Motor Controllers.

• Digital key pads: for MLC and IQ/MLC Four MotorControllers.

• Plus, Lite-Touch Type H Series (or similar pulse typeswitch) for IQ/MLC Four Motor Controllers and I•CON BusLine System:

IQ/MLC (full funtion up/down, stop with 3 intermediate stop positions on a 3-button single station or 6-button dual station switch).

I•CON (full funtion up/down, stop with 3 intermediate stop positions on a 4-button single station or 8-button dual station switch).





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade, ElectroShade and SnapLoc are registered trademarks of, and IMCS, IQ/MLC, I•CON, MLC and AAC SolarTrac are trademarks of MechoShadeSystems, Inc. Specifications subject to change without notice.

Description

The ElectroShade® Motorized Shading System consists of

Section 1.0 ElectroShade Motor System

Section 2.0 Switching and Control System For Standard and Intelligent Motor Systems

Section 3.0 Electronic Relays (IQ/MLC™ and MLC™ FourMotor Controllers)

Section 4.0 Intelligent Motor Control System™/2 (I•CON™)

Section 5.0 Sun Activated Control

Section 6.0 AAC SolarTrac™

Section 7.0 Controls and Switching

Section 8.0 Pockets and Accessories

Section 9.0 Shade Cloth, Films, Laminates

The System is designed, developed and fabricated to be atotally integrated unit and is furnished by the manufacturer,MechoShade Systems, Inc., with a warranty which providesthat all components (motor, shade cloth, electrical controls and override circuits) have been designed, tested and approved as a compatible system.

1.0 ElectroShade® Motor System

1.1 Motor: The motor shall be an asynchronous (non-synchro-nous) motor, with a built-in reversible capacitor start-and-run,and shall operate at 108 to 132 VAC at 60hz. (216-264), in single phase, with a Class-A temperature rating (max.temperature rating of 140 C.). The motor shall have thermal-heat protection and be totally enclosed and maintenance free,with a locking disconnect plug assembly furnished with eachoperator. For intermittent operation of ON ±5 minutes / OFF±30 minutes the running time will vary slightly with each motor.Motor running time after thermal overheating shall be ± 3 minutes at room temperature.

1.1 Electronic Motors shall have either a manual thumbscrews,push-button or electronic limit switch for adjustment.

1.2 Limit Switches: Internal limit switches, adjusted electronicallyor by two external thumbscrews or push-buttons, shall allow theexact setting of travel in both the raised and lowered positions.Micro switches shall provide circuit braking at the end of therun. The limit switch setting will not be disturbed by the action of the roller tube.

1.3 Brake: A solenoid activated disc brake mechanism shallstop and hold the shadeband in any position. The brake shallautomatically disengage when the motor is operating.

1.4 Gear Box: Multiple levels of satellite gears shall be provided for load distribution (planetary gears) and machinedfrom close tolerance tempered steel. The speed shall varyaccording to the motor model from 10 r.p.m. to 64 r.p.m.

1.5 Installation: A single pin, or star spring wire, shall lock the drive end of the motor to the tube. A notched section of thetube shall turn the ring, which counts the turns and activatesthe limit switch. To interchange motors, the pin or spring shallbe pressed out of the tube and the able to motor slide out.

1.6 Sizes: The motors shall be available in torques of 35-435 in.lbs. (lifting capacity), 10-64 r.p.m. speed to meet specifiedrequirements and shall not exceed 60 mm in diameter as 115 VAC (230 VAC) motors.

1.7 Warranty: The manufacturer shall provide a warranty thatthe motor is free of manufacturing defects for five (5) years fromthe date of sale. This warranty shall be void if the products havebeen improperly installed, wired or subjected to improper care.

2.0 Switching and Control Systems for Standard and Intelligent Motor Control Systems

[Select the appropriate components for an Intelligent system].All systems shall be U.L. or E.T.L., CA or EU requirements listed and meet electrical code requirements.

2.1 Control Wiring for Line Voltage Switching: One or twoElectroShades shall be controlled by a single line voltageD.P.D.T switch.

2.1.1 Manual Switches: Double pole, double throw center offmanual switches shall operate one or two motors per switch.For three (3) or more motorized shades, low voltage controllersshall be required. (IQ/MLC and I•CON.)

3.0 Electronic Relays (IQ/MLC™ and MLC™ Controllers Four (4) Motor Controllers)

[Select the appropriate Four Motor Controller the capabilitiesdesired].

Each Four (4) Motor Controller (listed below) shall provide lowvoltage control capability over line voltage standard motors(115 VAC) (230 VAC); isolating up/down control relays betweenthe switch ports and motors for low voltage control. Each Four(4) Motor Controller shall offer specified levels of control for

ElectroShade® Systems Specifications For Standard and Intelligent Motor Control Systems

4.52MS2200 - 6/1/04

Continued ☞





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade, ElectroShade and SnapLoc are registered trademarks of, and IMCS, IQ/MLC, MLC, UniformMode and AAC SolarTrac are trademarks ofMechoShade Systems, Inc. Specifications subject to change without notice.

master and/or local individual/group control according to thecapabilities and features of each system listed below. EachFour (4) Motor Controller shall be compatible with Sun-Activated Controllers and Wind-Activated Controllers, 24-HourTimers, Key Switches and Digital Key Pads and RemoteControl. (An interface may be required depending on the accessory and Four Motor Controller selected).

All Four (4) Motor Controllers shall have 4 fuses, line voltagetransformers that convert line voltage currents to allow for low voltage multi-switch control.

All Four (4) Motor Controllers shall be U.L. or E.T.L., CA or EUrequirements listed and meet electrical code requirements.

3.1 IQ/MLC™ Low Voltage Four (4) Motor Controller(option)

In addition to 3.0 above, each IQ/MLC Four (4) Motor Controllershall have:

3.1.1. Master Control with Local Individual/Group Control:Each IQ/MLC shall have master control able to control allmotors connected to all IQ/MLC’s on the same circuit; and havefour (4) 12 volt local switch ports which control any combinationof the four motors connected to each IQ/MLC controller. Localswitch port connections shall be 4-conductor telephone styleRJ11 and master switch port connections shall be 6-conductorRJ12. Switches shall be either 3-button single station, 6-buttondual station Lite-Touch Type H Series (or similar pulse switch)or a 3-button single station Décor switch for full up/down and 3 intermediate stop position functionality.

3.1.2. Assignable Local Individual/Group control: The IQ/MLCshall allow for assigning any of the four motors connected to anIQ/MLC by simply assigning the switch/motor assignments ofany local switch port utilizing the local switch port dip switcheswithin the IQ/MLC.

3.1.3. IQ/MLC, Automatic Shade Alignment with (5) Five StopPositions and Auto Intermediate Stop Functionality: TheIQ/MLC shall provide automatic shade alignment according tothe combination of buttons pressed at the switch for any of 5positions for full up/down and 3 intermediate stop positions.The intermediate stop positions shall be either auto set at 25%,50% and 75% of the window height or custom set as required.Auto alignment of all shades will automatically occur regardlessof weight or size to each of the individual stop points orup/down positions.

3.1.4. IQ/MLC, Normal Mode and UniformMode™ of Operation:In the normal mode, shades shall stop at the 3 custom or auto

set intermediate stop positions plus full up/down or anywhereon the window. In the UniformMode, the shades may only stopat the 3 custom or auto set intermediate stop positions plus full up/down. UniformMode option shall be available through special button pushes.

3.1.5. Reconfigure Switching Capability Without Rewiring:The IQ/MLC shall allow for “reconfiguration” any of the fourmotors connected to an IQ/MLC by simply reassigning theswitch/motor assignments of any local switch port utilizing the local switch port DIP switches within the IQ/MLC and activating the reset button on the PC board. Any switch may be configured to control any combination of the four motors.

3.1.6. Master Control Of More Than Four (4) Motors: The system shall be able to allow for daisy chaining of two or moreIQ/MLC’s, utilizing the master switch ports, for master control offive (5) or more motors. With an IQ/MLC Sub Group Controller(P/N: IQML SGC6 RJ BD) connecting up to four (4) IQ/MLCunits, a total of 16 motors and local 16 switches, shall be possibleon a single master switch circuit. A maximum of 12 IQ/ML’s, atotal of 48 motors and local 48 switches, may be daisy-chainedon a single circuit from master switch circuit.

3.1.7. RS-232/485 Compatibility Option: If the RS485 protocolis required then a 485 PC card or an IQ/MLC RS232 or 485Adapter is required and shall allow up to 5 zones per interfaceadapter, up to 12 IQ/MLC units per zone. A total of 60 controlunits per interface.


3.2 MLC Four (4) Motor Controllers

In addition to 3.0 above, each MLC Four (4) Motor Controllershall have:

3.2.1. Master Control ONLY: Each MLC shall have master control able to control all motors connected to all MLC’s on the same circuit. Up to 25 MLC’s, a total of 100 motors and 2 switches, may be wired together on a single switch circuit.Note: MLC’s cannot have individual, group or overlappingswitch control and are not available with intermediate stop positions.

4.0 Intelligent Motor Control System™ (I•CON)

I•CON shall provide a complete shade control system with two-way busline communication for low voltage control capabilityover line voltage standard motors (115 VAC) (230 VAC);


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Continued ☞


© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade, ElectroShade and SnapLoc are registered trademarks of, and IMCS, IQ/MLC, I•CON, MLC and AAC SolarTrac are trademarks of MechoShadeSystems, Inc. Specifications subject to change without notice.

isolating up/down control relays between the switch ports andmotors for low voltage busline control. I•CON™ shall be compatible with Sun-Activated Controllers and Wind-ActivatedControllers, 24-Hour Timers, Key Switches and Digital KeyPads and Remote Control. (An interface may be requireddepending on the accessory).

I•CON shall be U.L. or E.T.L., CSA or EU requirements listed and meet electrical code requirements.

4.1 The I•CON system shall consist of:4.1.1 A two motor Bus Interface (BI).

4.1.2 Local Zone Switches (connected to the BI).

4.1.3 Wide Zone Switches (connected anywhere on the busline).

4.1.4 Hand-Held Configurator which shall access the BI for the following:

4.1.4.1 Selecting any BI by Location (4 digit.)

4.1.4.2 Select BI Motor (Left or Right).

4.1.4.3 Cause any motor to “WINK” for verification of location.

4.1.4.5 Access or Change Local Zone address.

4.1.4.6 Access or Change Wide Zone addresses.

4.1.4.7 Access or Change BI Location address.

4.1.4.8 Access Normal/UniformMode™s andchange accordingly.

4.5 Bus Supply shall maintain power over the busline.

4.6 Busline Repeater shall maintain the signal over the busline beyond 64 nodes.

4.7 Bus Supply/Repeater shall maintain both the power and signal over the busline beyond 64 nodes.

4.1.2 Switching: The I•CON shall have a two Motor BusInterface (BI) with 8 Wide Zone Addresses and 2 Local ZoneAddresses, for a total of ten addresses per motor. Each BI shall have a micro-processor with a unique Neuron ID. Motorsconnected to a BI shall respond to a command from any Wideor Local Zone switch with a corresponding address.

4.2 Wide Zone Switching: Each Wide Zone Intelligent Switch(WZS) on the bus line shall have a micro-processor with aunique Neuron ID and can be connected anywhere in the bus line. The Wide Zone Switch shall store one manually setaddress. Wide Zone switches with different addresses shallhave the capability to be wired in series to the bus line and toadjacent Wide Zone switches. All motors with the same

address in their BI Wide Zone address table shall respond to any and all Wide Zone switch commands with the corresponding address.

4.2 Local Zone Switching: The standard Local Zone Switch(LZS) does not contain a microprocessor and is connected to the BI on the left or right side. Each standard Local ZoneSwitch, shall broadcast one Local Zone Address from the BI for that switch. Up to two (2) Local Zone switches may be hardwired to the BI via terminal blocks or RJ12 connectors, oneeach for operation of each of the left and right motors; and for broadcasting over the bus line.

All motors with the same address in their BI Local Zone Address table shall respond to any and all Local switch commands with the corresponding address.

4.3 Alignment: I•CON shall have full up/down and stop functionality with up to 4 aligned intermediate stop positions(20%, 40%, 60% and 80% fo the window height) or customselected stop positions or any combination thereof.

All shades, regardless of size or weight will align at each of the intermediate stop positions.

Shade system shall have the capability of exactly repeating theselected stop position from the top down or bottom up cycles.

4.4 Programming:

A hand-held Programmer shall be provided in order to programthe system as listed in 4.1.4. The programmer may be attachedto any Wide Zone Intelligent Switch (WZS), or to the bus line orany BI. This dedicated unit shall be able to be used in place ofa computer to access the bus line, affect changes or monitor the system.

5.0 Sun-Activated Control (SAC) (sun daylight intensity, up/down only)

A Sun-Activated Control shall automatically operate the interiorshades (up or down), when the daylight intensity at the windowreaches a pre-set level. An adjustable time-delay control forcloudy days shall be included. The system shall consist of asolid-state central control unit and a separate photocell sensor(that measures daylight K values). The photocell shall sensethe daylight intensity at the window and activate the SAC unit to the move the shade(s). The sensitivity of the photocell shallbe adjustable.

5.1 Externally Installed ElectroShades® with Anemometer andPhotoelectric Control: For use with the externally installedElectroShades, the photosensor is expanded to include an


4.54MS2200 - 6/1/04





© Copyright 2004, MechoShade Systems, Inc., Long Island City, NY. MechoShade, ElectroShade and SnapLoc are registered trademarks of, and IMCS, IQ/MLC, MLC and AAC SolarTrac are trademarks of MechoShadeSystems, Inc. Specifications subject to change without notice.

anemometer to measure wind velocity. Overrides the photosensor by raising shades when, and if, wind velocityexceeds a pre-set point. (See drawings in MechoShade®

literature.) All of the preceding versions may be implementedon local, submaster or master levels. On all control levels, manual override must be provided. AAC SolarTrac may beneeded.

6.0 AAC SolarTrac™ System (sun angle; incremental shademovement; interior or exterior shades)

Solar tracking software automatically adjusts shade positions in accordance with the sun’s angle of incidence, solar heat-gainfactor in BTU’s or profile angle and allowable solar penetration.This multi-zone control system automatically calculates clear-sky solar values daily and also monitors the output of threesolar meters to determine if cloudy and overcast conditionsexist. Solar meters measure the total solar spectrum of U.V.daylight (K value) and IR (heat). When the AAC SolarTrac isintegrated in a system the number of aligned intermediate stop positions may be increased to 10, 20, etc.

6.1 The AAC SolarTrac software has many user programmablefunctions as well as complete manual override capabilities:Integration with “smart building” systems is an optional feature.Executive lockout daily switch control for executive and confer-ence rooms. Integrates with the Intelligent Motor ControlSystem™ (I•CON), and IQ/MLC™ Systems.

6.2 Custom-Designed Controls: Automatic shade controlswhich tie into a separate building management system, such as HVAC and lighting, will be quoted on a job-by-job basis.Controls such as these would coordinate the automatic adjustment of interior lights, HVAC and shading devices on a minute-by-minute basis in conjunction to climatic conditions,pre-set levels of comfort, and sensed zone cooling or heatingrequirements.

7.0 Controls and Switching.

All electrical controls and switching systems are subject to the approval of local codes which must be employed in theirinstallation.

8.0 Pockets and Accessories Required for a Total Integrated System

8.1 Shade Roller: Extruded aluminum tube, 6063-T6 alloy, 2.55

in. (65 mm), 3.55 in. (90 mm) or 4.5 in. (114 mm) OD (asrequired) with internal keyway to receive tubular motor. (Thetube is also extruded with two fabric-mounting channelsdesigned to support the shade bands without additional wrapsof fabric on the tube, to permit mounting and dismounting of the shade bands and without requiring removal of the tube or motor assembly from the mounting brackets.)

8.2 Mounting Spline: Extruded vinyl with asymmetrical lockingchannels and embossed fabric guide for use with 2.55 in. (65mm), 3.5 in. (90 mm) and 4.5 in. (114 mm) OD tube. Spline has sufficient capacity to support the shade and additional hemweights without disengaging from the tube without extra wrapsof fabric on the tube. SnapLoc® Spline shade band assemblymay be installed or removed from the shade tube, or tube/motorassembly, without disassembling or removal from their mounting brackets.

8.3 End Brackets: Consist of 1/8 in. (3 mm) or 3/16" (4.5mm)thick sheet steel. Wall, jamb or ceiling mounted as required andpermanently installed. Brackets (without exposed fastening)shall accept a continuous SnapLoc® Fascia (closure) friction fit. Fascia shall be installed as a single unit over two or moreshade band assemblies without exposed joints in lengths comparable to the maximum standard lengths of fascia available. Max. length 15 ft. (4572 mm).

8.4 Center Support Brackets: Supplied to meet span or weightrequirements. Ceiling or wall mounted. Center support bracketsshall accept continuous lengths of fascia, which will span two or more MechoShade® bands is at a minimum length of 15 ft.(4572 mm). Fascia shall be provided for standard height andextended height brackets and in center support brackets.Fascia shall be provided in minimum of 15 ft. (4572 mm)lengths and clipped on to two or more shades without bothnotches for the shade bands.

8.5 Hembar Weights: Mill-finished aluminum, flat bars, singlelengths for each shade panel.

8.5.1 Exposed hembars in painted and baked PPG finisheswith key way for shades.

8.6 DualShade® Mounting System: The patented mounting sys-tem by MechoShade Systems, Inc., for installing ThermoVeil®

shade cloth and MirroFilm® to the same roller by means ofSnapLoc® fastener. The shade cloth and film shall be separated by a 1/2 in. (13 mm) second stagnant air spacebetween the window and the room air environment. Loweringthe “U” value of the shade and glazing system.


4.55MS2200 - 6/1/04

Continued ☞






8.7 Fascia: Extruded aluminum 6063T5 baked PPG enamel finish in standard colors specified. May be used for surfacemounted ElectroShade System installation. Snaps on with concealed fastenings that hide the bracket assembly andappears as a continuous unit when mounted side to side.Fascia shall be provided for Standard and Extended heightshades. Fascia shall be provided in minimum of 15 ft.(4572 mm) lengths.

8.8 4123 Pocket with Bottom Closure: Manufactured fromextruded aluminum 6063T5 baked PPG enamel finish in standard white or standard custom colors by special order.Recessed Housing is specifically designed for acoustical or plastic ceilings with removable closure plate for access to the recessed and concealed roller system.

8.9 Double Motor Pockets: Pockets of various sizes for doublemotorized shades or high bay shades shall be fabricated of

minimum 16 ga. coated steel. Exposed elements shall be continuous extruded aluminum to match the 4113 Pocket closure assembly. Closure may be 2" (51 mm), 2 1/2" (63 mm),3" (76 mm), 5" (127 mm) or others as required for extruded aluminum 6063T5 baked PPG enamel finish. 10 ft. lengths.

8.10 Finishes: All exposed aluminum parts have an anodized or painted finish which, under normal conditions, prohibits deterioration of the aluminum. Steel parts are either cadmiumplated, satin finished or have been bonderized prior to paintingwith a baked enamel finish. All painted finishes are baked.Sheet steel shall be paint-loc or equal.

9.0 Shade Cloth, Films and Laminates

See specifications for ThermoVeil and DualShades in Section5, pages 5.2, 5.5 to 5.9.

4.56MS2200 - 61/04





Third Party Integration – Under Consrtuction



4.57MS2200 - 6/1/04

MechoShade Systems controllers can seamlessly integratewith third party control systems thru a variety of methods andinterfaces. This ability allows for the shading system to be controlled through a common user interface which, for example, might originate with Lutron’s Lighting Control System,Crestron’s A/V Control System, Honeywell’s HVAC System or a Johnson Controls’ BMS System.

The following pages are “under construction” and have been designated to provide a continuing update as to how ourproducts integrate with the leading control systems in:

•Lighting – Integration with companies such as:Leviton®

LiteTouch®

Lutron®

Vantage

•A/V – Integration with companies such as:

AMXCrestron

•HVAC – Integration with companies such as:

HoneywellJohnson Controls

•BMS – Integration with companies such as:

HoneywellJohnson ControlsSiemens

Please go to:www.mechoshade.com/site/electroniccontrolsystem/index.cfmto view and/or download the most current integration information, including wiring diagrams and techniques.






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4.58MS2200 - 6/1/04




section 4 controls

Documents

mechoshade control systems

mechoshade solutions

standard line voltage

analog solar control

line voltage tubular

wireless motors

asynchronous standard

system solutions