medilec esp series - clipsal

ESP SeriesMEDICAL ELECTRICAL ACCESSORIES AND MEDICAL SERVICE PANELS

cl ipsal .com/cis

Introduction 2 - 3

ESP Series

THE PROVEN PERFORMER 4

AS/NZS3003 Electrical Installations

PATIENT TREATMENT AREAS 5

Medical Service Panel Systems 6-9

• SURFACE MOUNT 6• FLUSH MOUNT 7• SURFACE MOUNT DUCT 8• PANEL MOUNT 9

Medical Service Panel Electrical Accessories 10-28

• COMBINATION RCD/MCB 10• AUDIBLE ALARM 12• LINE ISOLATION & OVERLOAD MONITOR (LIOM) AND ISOLATION TRANSFORMER 14• EQUIPOTENTIAL JUNCTION 20• SOCKET OUTLETS 22• ACCESSORIES 26-28

Combination RCD Relay/Circuit Breakers and Accessories 29-33

Portable RCD/MCB Protected Power Outlets 34

Test Equipment 35

Area Classification Signs 36

Educational Videos 37

Technical Information 38-44

• WHY IS THERE A NEED FOR SPECIAL ELECTRICAL INSTALLATIONS 38• AREA CLASSIFICATION AND REQUIREMENTS 40• RCD FUNCTIONAL DESCRIPTION 41• LINE ISOLATION AND OVERLOAD MONITOR FUNCTIONAL DESCRIPTION 42• EQUIPOTENTIAL EARTHING FUNCTIONAL DESCRIPTION 43• CHOOSING BETWEEN AN RCD OR LIOM 44

Contents

Hospitals have undergone a dramatic

trans for ma tion in the past 20 years. More and more

electrical medical equipment is now used in patient

treatment areas of hospitals and medical practices.

With the increase in the amount of equipment

comes the increased risk of electrocution. As a

result, electrocution protection equipment is now

a common requirement in almost every area of the

hospital and medical practice.

The Electronic Safety Product range of electrocution

protection equipment has been around since the

introduction of electrical safety and the product

range still continues today. Over the years the

product range has proven its reliability and

continues to meet the requirements of hospital

electrical installations today.

In tro duc t ion

4 5

The Proven Performer

THE

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ESP

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Before becoming part of Clipsal Integrated Systems,

the company Electronic Safety Products (ESP), was one

of Australia’s leading designers and manufacturers of

equipment which provides a high level of protection

against electrocution.

Since the 1970s, ESP was involved with the design,

development and manufacture of Residual Current

Devices (RCDs), Line Isolation and Overload Monitors

(LIOMs), and Medical Service Panels suitable for use in

patient treatment areas.

The ESP product range and expertise continues within

Clipsal Integrated Systems and now comprises of a

range of electrocution protection equipment, various

styles of Medical Service Panel Systems, and a large

range of accessories specifically developed to meet the

requirements of patient treatment areas of hospitals.

4 5

PA

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AS/NZS3003. ELECTRICAL INSTALLATIONS: PATIENT

TREATMENT AREAS OF HOSPITALS AND MEDICAL

AND DENTAL PRACTICES

The ESP Series product range is designed to meet the

requirements of AS/NZS3003. AS/NZS3003 sets out the

specialist electrical installation requirements often found

in the following premises.

Hospitals

Medical Practices

Dental Practices

Physiotherapy Practices

The areas within these premises that would need to

meet AS/NZS3003 are classified as Body or Cardiac

Protected Areas. The procedures carried out to classify

these areas as Body or Cardiac Protected are as follows:

Within Body Protected Areas procedures are carried

out where a patient is connected to an item of

electro-medical equipment which reduces the

impedance of the skin by either electrode paste or

by the entrance of conducting fluids, metal needles,

saline filled catheters etc.

Within Cardiac Protected Areas the same procedures

are carried out as in the Body Protected Areas but also

procedures where a patient has an electrical conductor

placed within the heart or is likely to come into contact

with the heart eg. electrical wires such as cardiac pacing

electrodes and intracardiac ECG electrodes, or insulated

tubes filled with conducting fluids.

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SIZE DIMENSIONS

1 or 2 modules 220mm(h) x 175mm(w) x 90mm(d)




*An electrical accessory is typically 1 module wide.

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SURFACE MOUNT

Medical Service Panels (MSPs) provide access to power,

data, nurse call, hospital gas and environmental controls

in patient areas of hospitals and medical practices.

The Surface Mount MSP system is typically used in areas

of a hospital where an MSP incorporating a limited

number of accessories is required to be mounted to

a wall that is not easily suited to the installation of

a recessed wall box. An example of this would be in

a refurbishment of an existing area within a hospital

where the walls are of brick construction.

Features

Incorporates a fascia and surface mount box that is

directly mounted to the face of the wall

Accessories are typically mounted directly

to the fascia

Standard finish is stainless steel but can be

powdercoated upon request

Available in four sizes (see table)

Medical Service Panel Systems

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SIZE DIMENSIONS


FLUSH

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FLUSH MOUNT




The Flush Mount MSP system is typically installed in

critical areas of the hospital where a strong and reliable

product is required. These areas are operating theatres

and other high dependency areas.

Features

Incorporates a flush mount fascia that fits to a

recessed wall box

Accessories are typically mounted directly

to the fascia

Wall box incorporates height adjusters to allow the

wall box to be roughly fitted then adjusted to sit

flush with the front face of the wall

Standard finish is stainless steel but can be

powdercoated upon request

Available in four sizes (see table)


1 or 2 modules Fascia 220mm(h) x 175mm(w)

Wall box (cat no. WB2) 198mm(h) x 150mm(w) x 70mm(d)







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DUCTING SIZE DIMENSIONS

Aduct 232mm(h) x 130mm(d)

FASCIA SIZE DIMENSIONS

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SURFACE MOUNTED DUCT




The Surface Mounted Duct MSP system is primarily used

in areas of a hospital where long lengths of medical

service panels are required. The advantages of a surface

mount system over a flush mount system is that there is

less internal wall preparation required. This is because

the wall does not need to be modified to accommodate

recessed wall boxes or modified to accommodate long

runs of wiring and gas piping.

Features

Unlimited MSP length

Incorporates 3 segregation service channels so all

services can run within the trunking instead of the walls

Square cross section so it can be neatly mounted

underneath a shelf

The panels are available in stainless steel or

powdercoated finish, with the trunking available in a

powdercoated finish


1 or 2 modules 221mm(h) x 100mm(w)

3 or 4 modules 221mm(h) x 200mm(w)


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E01/10/4

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PANEL MOUNT


data, nurse call, hospital gas and environmental

controls in patient treatment areas of hospitals and

medical practices.

The Panel Mount system is typically supplied to

alternative MSP manufacturers so they can incorporate

them into their own MSPs.

The Panel Mount system comprises of the modular ESP

electrical accessories fitted to a fascia mounting frame.

Features

Incorporates modular rectangular electrical

accessories for easy fascia manufacture

Electrical accessories are pre-wired to common

terminal blocks for easy installation

Mounting frames available in two sizes


SIZE DIMENSIONS




10 11

E01CNN* RCD/MCB Module

E01/*/1 Surface Mount RCD/MCB

E01/*/2 Flush Mount RCD/MCB

E01/*/3 Duct Mount RCD/MCB

E01/*/4 Panel Mount RCD/MCB

Note• Replace “*” within the catalogue number with either 10, 16, 20, or 32 depending on the overload rating.• If Flush Mounted then the corresponding recessed wall box is Cat No. WB2.

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E01CNN SERIES

The E01 Series combination RCD/MCBs provide

electrocution and overload protection as detailed in

AS/NZS3003 “Electrical Installations - Patient treatment

areas of hospitals and medical and dental practices”.

This product is available as an individual module or

incorporated within the four different styles of ESP

Series Medical Service Panels (MSPs).

Features

10mA trip current

Overload protection

Blue Line Supply Indicator & Amber Load Supply

Indicator

In-built indicator to indicate whether an RCD or MCB

fault has occurred

In-built test facility

Modular DIN rail mounted design

Sophisticated filtering to stop nuisance tripping

caused by Radio Frequency Interference (RFI)

Combination RCD/MCB

CAT NO. DESCRIPTION

Wiring Diagram

E01CNN10

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SPECIFICATIONS

Trip Current 10mATrip Time < 40msOperational Voltage 240V a.c. 50HzOverload Rating 10, 16, 20, or 32 AmpOperating Temp. -10ºC to +55ºCStandard Finishes Module – WE – White Electric Surface Mount – stainless steel Flush Mount – stainless steel Duct Mount – powdercoated (Sand)Dimensions Module – 74mm(h) x 45mm(w) x 65mm(d) Surface Mount – 220mm(h) x 175mm(w) x 90mm(d) Flush Mount – 220mm(h) x 175mm(w) x 70mm(d) Duct Mount – 221mm(h) x 100mm(w) x 70mm(d) Panel Mount - 198mm(h) x 95mm(w) x 70mm(d)

E01/10/2

E01/10/3 E01/10/4

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LARM

Audible Alarm

E08M Audible Alarm Module

E02/*/1 Surface Mount Audible Alarm and combined RCD/MCB

E02/*/2 Flush Mount Audible Alarm and combined RCD/MCB

E02/*/3 Duct Mount Audible Alarm and combined RCD/MCB

E02/*/4 Panel Mount Audible Alarm and combined RCD/MCB

Note• Replace “*” within the catalogue number with either 10, 16, 20, or 32 depending on the RCD/MCB overload rating.• If Flush Mounted then the corresponding recessed wall box is Cat No. WB2.

E08M SERIES

The E08M Series Audible Alarm is used in conjunction

with the E01 Series combination RCD/MCB. It is used to

provide audible and visual indication of when the RCD it is

monitoring, trips.

The E08M Series Audible Alarm is available as an individual

module or is combined with the E01 Series combination

RCD/MCB and incorporated within the four different styles

of ESP Series Medical Service Panels (MSPs).

Features

Multiple 2 tone audible indication

Flashing red visual alarm indicator

Mute push-button marked “PRESS TO MUTE”

Remote alarm contacts


CAT NO. DESCRIPTION

E08M

Wiring Diagram

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E02/10/1

AU

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SPECIFICATIONS

E02/10/2

E02/10/3 E02/10/4

Operational Voltage 240V a.c. 50HzRemote Alarm Contacts Volt free, changeover, 5A/240V relay contactsTrip Current (RCD/MCB only) 10mA Trip Time (RCD/MCB only) < 40ms Overload Rating (RCD/MCB only) 10, 16, 20, or 32 Amp Operating Temp. -10ºC to +55ºCStandard Finishes Module – WE – White Electric Surface Mount – stainless steel Flush Mount – stainless steel Duct Mount – powdercoated (Sand)Dimensions Module – 74mm(h) x 45mm(w) x 65mm(d) Surface Mount – 220mm(h) x 175mm(w) x 90mm(d) Flush Mount – 220mm(h) x 175mm(w) x 70mm(d) Duct Mount – 221mm(h) x 100mm(w) x 70mm(d) Panel Mount - 198mm(h) x 95mm(w) x 70mm(d)

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E05 SERIES

The E05 Series Line Isolation and Overload Monitor in

conjunction with the E14 Series Isolation Transformer,

form the basis of an isolated supply system which

provides electrocution and overload protection as detailed

in AS/NZS3003 “Electrical Installations - Patient treatment


The E05 Series LIOM is available in the four different

styles of ESP Series Medical Service Panels (MSPs).

Features

5mA Prospective Hazard Current (PHC) Alarm Point

1 to 9mA Prospective Hazard Current LCD Display

Visual PHC Alarm, Overload Alarm, and Alarm Muted

LED indication

Mutable 2 tone audible PHC and Overload Warning

indication

Remote alarm contacts


Line Isolation & Overload Monitor (LIOM)

CAT NO. DESCRIPTION

E05/*/1 Surface Mount LIOM

E05/*/2 Flush Mount LIOM

E05/*/3 Duct Mount LIOM

E05/*/4 Panel Mount LIOM

Note• Replace “*” within the catalogue number with either 36, 48 or 72 depending on the overload alarm point ie. 36(15A), 48(20A) or 72(30A).• If Flush Mounted then the corresponding recessed wall box is Cat No. WB4.

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E05/36/1

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SPECIFICATIONS

E05/36/2

E05/36/3 E05/36/4

Operational Voltage 240V a.c. 50HzPHC Display 1 to 9mA LCDPHC Alarm Point 5mAOverload Alarm Point 15A (3.6kVA), 20A (4.8kVA) or 30A (7.2kVA)Audible Alarm 82 dB typical at 1 metreRemote Alarm Contacts Volt free, changeover, 5A relay contactsOperating Temp. 10ºC to 35ºCStandard Finishes Surface Mount – stainless steel Flush Mount – stainless steel Duct Mount – powdercoated (Sand)

Dimensions Surface Mount – 220mm(h) x 275mm(w) x 90mm(d)

Flush Mount – 220mm(h) x 275mm(w) x 70mm(d)

Duct Mount – 221mm(h) x 200mm(w) x 70mm(d)

Panel Mount - 198mm(h) x 190mm(w) x 70mm(d)

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Line Isolation & Overload Monitor (LIOM) Operation

An isolated supply is a continuous supply. The isolation

transformer isolates the power from earth, therefore a fault

on both lines of secondary transformer winding to earth

needs to occur before a fault current flows. A fault on only

one line and earth will not cause a fault current to flow.

A Line Isolation and Overload Monitor (LIOM) enables

the integrity of an isolated power supply system to be

continuously monitored. The LIOM is able to detect

when one fault occurs therefore is able to warn of a

potentially hazardous situation before any fault current

actually flows. The first fault is known as Prospective

Hazard Current (PHC). The LIOM displays the PHC on a

LCD bar graph display and when 5mA PHC is reached

a mutable alarm sounds, along with a flashing LED

indicator labelled “PHC Warning”.

If a PHC alarm condition arises, the medical staff can, in

the light of the seriousness of the patient’s condition,

choose to continue with the procedure. In this situation,

the surgeon is relying on a second fault not occurring

that would turn the PHC into a real flow of current.

During this time, measures can be taken to rectify the

fault condition by, for example, disconnecting all non-

essential equipment.

In addition to the LIOM monitoring isolation it also

warns of an impending overload, thus averting problems

which could result from a loss of supply. When the

overload level is reached a mutable alarm sounds along

with an “Overload Warning” flashing LED indicator.

Schematic Diagram

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Installation

When installing an isolated supply there are several

things to take into consideration.

Long runs of cable between the transformer and

the LIOM and/or long runs between the LIOM and

the outlets should be avoided. Due to capacitive

coupling between cables and between cables and

conduit, runs longer than 50m can result in high

standing PHC (ie;>2mA).

Parallel runs of cables from two or more isolated

supply systems should also be avoided, The ‘cross

talk’ between parallel cables may cause rhythmic

fluctuations on the unit's displays. Where parallel

wiring cannot be avoided, wiring should include

an earth (eg; TPS). The earth conductor should be

earthed only at one end of its run. Whilst running

cable in this manner will lessen ‘cross talk’ problems,

it may increase standing PHC.

Because the E05 LIOM monitors the load current ‘on

line’ the LIOM must be the first item connected to

the secondary winding of the isolation transformer.

All items to be powered from the isolated supply

must connect back to the terminals of the LIOM

labelled “Active 1 Out” and ”Active 2 Out”. Failure to

do this will result in incorrect measurements of the

load current.

Due to the high inrush current when power is first

applied to the isolation transformer a suitable circuit

breaker needs to be chosen. It is recommended to

use a Heinemann Electric CF Series Circuit Breaker.

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Wir ing Diagram

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Isolation Transformer

E14 SERIES

The E14 Series Isolation Transformer in conjuction with

the E05 Series Line Isolation and Overload Monitor form

the basis of an isolated supply system which provides

electrocution and overload protection as detailed in



This product is available in three different versions. The

first being the respected E14 version, which for over

a decade has been installed into hospitals throughout

Australia and the Asia Pacific Region. The remaining two

E14/2 and E14/3 versions are an economical alternative

to the E14, while still meeting the requirements of the

respective standards.

Features

Steel enclosure.

The E14 & E14/2 versions are fully encapsulated in

heat cured epoxy resin to reduce noise and prevent

ingress of moisture and dust.

CAT NO. DESCRIPTION

E14/* Isolation Transformer - Encapsulated

E14/*/2 Isolation Transformer - Encapsulated

E14/*/3 Isolation Transformer - Non Encapsulated

Note• Replace “*” within the catalogue number with either 36 (3.6kVA), 48 (4.8vKA) or 72 (7.2kVA) depending on the rating.

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ISOLA

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E14/36

SPECIFICATIONS 3.6kVA 4.8kVA 7.2kVA

Input Voltage 240V a.c. 50Hz

Output Voltage 240V a.c. +/-2% 50Hz

Regulation +/-3%

Current Rating 15A 20A 30A

No Load Current 1.0 Amp max 2.0 Amp max 2.0 Amp max (0.5 Amp typical) (1.0 Amp typical) (1.0 Amp typical)

Max Ambient Temp 45ºC (cas may exceed 100ºC on full load)

Weight E14 36 60 100 E14/*/2 35 40 52 E14/*/3 27 34 45

Dimensions (mm): E14 210 x 270 x 280 290 x 270 x 280 245 x 430 x 400(H x W x D) E14/*/2 225 x 300 x 280 225 x 300 x 280 260 x 300 x 280 E14/*/3 225 x 300 x 280 225 x 300 x 280 260 x 300 x 280

Construction: E14 Cased in steel enclosure and fully encapsulated in heat cured expoxy resin. E14/*/2 Cased in steel enclosure and fully encapsulated in heat cured expoxy resin. E14/*/3 Cased in ventilated steel enclosure.

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E14/36/2

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E34 AND E35 SERIES

The E34 and E35 Series Equipotential Junctions (EPJ)

form part of the Equipotential Earthing System which

provides micro electrocution protection in cardiac

protected areas as detailed in AS/NZS3003 “Electrical

Installations - Patient treatment areas of hospitals and

medical and dental practices”.

The EP Earthing system requires all earthed points

within the cardiac protected area to be connected

back to a common EP Junction via low resistance earth

wiring (large cross section). The low resistance system

reduces the potential difference between two earthed

points in the area therefore reducing the risk of micro

electrocution from the stray currents flowing in the

earthing system.

The E34 and E35 Series EPJ is available in the four

different styles of ESP Series Medical Service Panels (MSP).

Features

1 x BP25 line tap for bus termination

4 x 5mm diameter termination tunnels (E34)

4 x 8mm and 10 x 5mm diameter termination

tunnels (E35)

1 x EP stud for testing

Labelled “EQUIPOTENTIAL JUNCTION”

Equipotential Junction

CAT NO. DESCRIPTION

E34/1 Surface Mount EPJ

E35/1 Surface Mount EPJ

E34/2 Flush Mount EPJ

E35/2 Flush Mount EPJ

E34/3 Duct Mount EPJ

E35/3 Duct Mount EPJ

E34/4 Panel Mount EPJ

E35/4 Panel Mount EPJ

Note• If Flush Mounted then the corresponding recessed wall box is Cat No. WB2 for E34 and WB4 for E35.

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E34/1

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SPECIFICATIONS

E34/2

E34/3 E34/4

Standard Finishes Surface Mount – stainless steel Flush Mount – stainless steel Duct Mount – powdercoated (Sand)Dimensions E34 Surface Mount – 220mm(h) x 175mm(w) x 90mm(d) Flush Mount – 220mm(h) x 175mm(w) x 70mm(d) Duct Mount – 221mm(h) x 100mm(w) x 70mm(d) Panel Mount - 198mm(h) x 95mm(w) x 70mm(d) E35 Surface Mount – 220mm(h) x 275mm(w) x 90mm(d) Flush Mount – 220mm(h) x 275mm(w) x 70mm(d) Duct Mount – 221mm(h) x 200mm(w) x 70mm(d) Panel Mount - 198mm(h) x 190mm(w) x 70mm(d)

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E015VDN Socket Outlet Module 10A

E015VDN15 Socket Outlet Module 15A

G01M1 Surface Mount – 1 Outlet








G01M2 Flush Mount – 1 Outlet








G01M3 Duct Mount – 1 Outlet




G01M4 Panel Mount – 1 Outlet




Note• If the switched sockets are powered from a remotely mounted RCD then an amber power available neon will need to be added to the MSP.• If Flush Mounted, then the corresponding recessed wall box is Cat No. WB2 (1 or 2 outlets), WB4 (3 or 4 outlets), WB6 (5 or 6 outlets), WB8 (7 or 8 outlets).

E015VDN SERIES

There are two styles of socket outlets within the ESP

Series. One of these is the modular “M” style.

This product is available as an individual module or

incorporated within the four different styles of ESP

Series Medical Service Panels (MSPs).

Features

Moulded in chemically resistant Valox

Double pole switching

Safety shutters

Red ‘switched power’ neon

10A or 15A


CAT NO. DESCRIPTION

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E015VDN

Socket Outlets - M Style

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TLETS

G04M1 G04M2

G04M3 G04M4

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SPECIFICATIONS

Operational Voltage 240V a.c. 50HzMax Load 10 or 15 Amps (Standard MSP fitted with 10A)Spacing MSP outlets spaced 45mm between centres Standard Finishes Socket Outlet – WE – White Electric Surface Mount – stainless steel Flush Mount – stainless steel Duct Mount – powdercoated (Sand)Dimensions Module – 74mm(h) x 45mm(w) Surface Mount (1 or 2 outlet) – 220mm(h) x 175mm(w) x 90mm(d) (3 or 4 outlet) – 220mm(h) x 275mm(w) x 90mm(d) (4 or 6 outlet) – 220mm(h) x 425mm(w) x 90mm(d) (7 or 8 outlet) – 220mm(h) x 525mm(w) x 90mm(d) Flush Mount (1 or 2 outlet) – 220mm(h) x 175mm(w) x 70mm(d) (3 or 4 outlet) – 220mm(h) x 275mm(w) x 70mm(d) (5 or 6 outlet) – 220mm(h) x 425mm(w) x 70mm(d) (7 or 8 outlet) – 220mm(h) x 525mm(w) x 70mm(d) Duct Mount (1 or 2 outlet) – 221mm(h) x 100mm(w) x 70mm(d) (3 or 4 outlet) – 221mm(h) x 200mm(w) x 70mm(d) Panel Mount (1 or 2 outlet) - 198mm(h) x 95mm(w) x 70mm(d) (1 or 2 outlet) - 198mm(h) x 190mm(w) x 70mm(d)

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Socket Outlets - O Style

ABC SERIES

There are two styles of socket outlets within the ESP

Series. One of these is the “O” style.

This product is available as an individual item or

incorporated within three different styles of ESP Series

Medical Service Panels (MSPs).

Features

Double or single pole switching

Safety shutters

Optional red ‘switched power’ neon

Vertical or horizontal configuration

10A or 15A

ABC15VDNMLBLF

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ABC15VDNMLBLF Socket Outlet, vertical, double pole, neon, 10A

ABC15VDMLBLF Socket Outlet, vertical, double pole, 10A

ABC15VNMLBLF Socket Outlet, vertical, neon, 10A

ABC15VMLBLF Socket Outlet, vertical, 10A

ABC15DNMLBLF Socket Outlet, horizontal, double pole, neon, 10A

ABC15DMLBLF Socket Outlet, horizontal, double pole, 10A

ABC15NMLBLF Socket Outlet, horizontal, neon, 10A

ABC15MLBLF Socket Outlet, horizontal, 10A

G01O1 Surface Mount – 1 Outlet








G01O2 Flush Mount – 1 Outlet








G01O3 Duct Mount – 1 Outlet




Note

• If the switched sockets are powered from a remotely mounted RCD then an amber power available neon will need to be added to the MSP.

• If Flush Mounted then the corresponding recessed wall box is Cat No. WB2 (1 or 2 outlets), WB4 (3 or 4 outlets), WB6 (5 or 6 outlets), WB8 (7 or 8 outlets).

CAT NO. DESCRIPTION

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Socket Outlets - O Style

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SPECIFICATIONS

Operational Voltage 240V a.c. 50HzMax Load 10 or 15 Amps (Standard MSP fitted with 10A)Spacing MSP outlets spaced 45mm between centres Standard Finishes Socket Outlet - WE – White Electric Surface Mount – stainless steel Flush Mount – stainless steel Duct Mount – powdercoated (Sand)Dimensions Surface Mount (1 or 2 outlet) – 220mm(h) x 175mm(w) x 90mm(d) (3 or 4 outlet) – 220mm(h) x 275mm(w) x 90mm(d) (4 or 6 outlet) – 220mm(h) x 425mm(w) x 90mm(d) (7 or 8 outlet) – 220mm(h) x 525mm(w) x 90mm(d) Flush Mount (1 or 2 outlet) – 220mm(h) x 175mm(w) x 70mm(d) (3 or 4 outlet) – 220mm(h) x 275mm(w) x 70mm(d) (5 or 6 outlet) – 220mm(h) x 425mm(w) x 70mm(d) (7 or 8 outlet) – 220mm(h) x 525mm(w) x 70mm(d) Duct Mount (1 or 2 outlet) – 221mm(h) x 100mm(w) (3 or 4 outlet) – 221mm(h) x 200mm(w)

G04O1

G04O3G04O2

26 27

AC

CES

SORI

ES

Accessories

POWER AVAILABLE NEON

The N01 Power Available Neon provides line supply power

indication to groups of socket outlets mounted remotely

from the RCD that they are protected by, as detailed in



This product is available as an individual item or can

be incorporated within the three styles of ESP Series


Features

Amber in colour

Marked “POWER AVAILABLE”

Fits all Clipsal size mech apertures

Supplied with Clipsal F30Z1.5 mounting clip

CAT NO. DESCRIPTION

N01 Power Available Neon

SPECIFICATIONS

Operational Voltage 240V a.c. 50Hz

Colour Amber

N01

ME

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26 27

Colour Green

AC

CESSO

RIES

Accessories

EQUIPOTENTIAL EARTH STUD

The R01 Equipotential Earth Stud provides a means

to connect a piece of medical equipment to the

Equipotential Earthing System as detailed in AS/NZS3003

“Electrical Installations - Patient treatment areas of

hospitals and medical and dental practices”.


be incorporated within the three styles of ESP Series


Features

EP Stud clearly identified in colour green

Screw clamping system for effective EP earthing

connection

CAT NO. DESCRIPTION

R01 Equipotential Earth Stud

SPECIFICATIONS

R01

ME

DIC

AL SE

RV

ICE

PAN

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CTR

ICA

L AC

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28 29

AC

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Accessories

EQUIPOTENTIAL EARTH LEADS

The L0 Series Equipotential Earth Leads provide a

means to connect a piece of medical equipment to the

Equipotential Earthing System via Equipotential Earth

Studs, as detailed in AS/NZS3003 “Electrical Installations

- Patient treatment areas of hospitals and medical and

dental practices”.

Features

Lead clearly identified in colour green

Sturdy crimp lug each end of lead

CAT NO. DESCRIPTION SPECIFICATIONS

Colour Green

Dimensions 1 to 5 metres in length

L01

L01 Equipotential Earth Lead – 1 metre





ME

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28 29

E38 Se

ries

CO

MB

INA

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RC

D R

ELA

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IRC

UIT

BR

EA

KE

RS A

ND

AC

CE

SSOR

IES

Combination RCD Relay/Circuit Breakers

E38 SERIES

The E38 Series RCDs provide electrocution and optional

overload protection as detailed in AS/NZS3003 “Electrical



The RCD is typically used for high load current or three

phase applications, such as protecting x-ray machines etc.


be mounted within the 3 different styles of ESP Series


Features

10mA trip current

Suitable for single to three phase applications

Amber Load Supply Indicator


Optional overload protection (max 100A)

CAT NO. DESCRIPTION

E38CF4

E38CF2/*A RCD, 2 Pole, Auto

E38CF4/*A RCD, 4 Pole, Auto

E38CF2/*N RCD, 2 Pole, Non Auto



Note

• Replace “*” within the catalogue number with either 4, 8, 10, 16, 20, 25, 32, 40, 50, 63, 80, 100 depending on the load rating.

• An E03TR transformer will also need to be installed if using an E38CF3 Series (3 pole).

30 31

SPECIFICATIONS

Trip Current 10mA (other ratings available on request)

Trip Time < 40ms (other rating available on request)

Operational Voltage 240V a.c. or 415V a.c. 50Hz

Overload Rating 4, 8, 10, 16, 20, 25, 32, 40, 50, 63, 80, 100 Amp

Operating Temp. -10ºC to +55ºC

Maximum Fault Current 6.5kA

Standard Colours BK – Black

Dimensions E38CF2 – 183mm(h) x 80mm(w) x 72mm(d)

E38CF3 – 183mm(h) x 106mm(w) x 72mm(d)

E38CF4 – 183mm(h) x 131mm(w) x 72mm(d)

Wir ing Diagram

CO

MB

INA

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CD

RE

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/CIR

CU

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RE

AK

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SE3

8 S

eri

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Combination RCD Relay/Circuit Breakers

30 31

RCD Relay

E03 SERIES

The E03 Series RCD Relay when combined with a shunt trip

circuit breaker provides electrocution protection as detailed

in AS/NZS3003 “Electrical Installations - Patient treatment


The RCD relay combined with a shunt trip circuit breaker

is typically used for high load current or three phase

applications, such as protecting x-ray machines etc.

Features

10mA trip current

Suitable for single to three phase applications

Amber Load Supply Indicator


CAT NO. DESCRIPTION

E03/10/10

E03/10/10 RCD Relay 10mA 10ms

E03/30/10 RCD Relay 30mA 10ms

Note

• An E03TR transformer will also need to be installed if using an E03 in 3 phase (no neutral) applications.

AC

CESSO

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BIN

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CD

RE

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/CIR

CU

ITB

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ESSO

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SPECIFICATIONS

Trip Current 10mA or 30mA

Trip Time < 10ms



Load Range (shunt trip coil) 50 – 250 ohms

Standard Colours E0 – Electric Orange

Dimensions 141mm(h) x 27mm(w) x 72mm(d)

Hole Dimension ø32mmWiring Diagram

32 33

CO

MB

INA

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CD

RE

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/CIR

CU

ITB

RE

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S A

ND

AC

CE

SSO

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SA

CC

ESSO

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RCD Relay Transformer

E03TR

The E03TR Step Down Transformer is used in conjuction

with the E38 Series Combination RCD Relay/Circuit Breaker

or E03 Series RCD Relay in 3 phase (no neutral) applications.

The E03 RCD Relay, which is also incorporated within the

E38 Series Combination RCD Relay/Circuit Breaker, is rated at

240V a.c. In 3 phase (no neutral) applications where there is

only 415V a.c. available the E03TR Step Down Transformer

is used to supply 240V a.c. to the E03 RCD Relay.

CAT NO. DESCRIPTION

E03TR

E03TR RCD Relay step door transformer 415:240

SPECIFICATIONS

Input Voltage 415V a.c. 50Hz (blue wires)

Output Voltage 240V a.c. 50Hz (red wires)


Wir ing Diagram

32 33

Audible Alarm

E08

The E08 Series Audible Alarm is used in conjunction with

the E38 Series Combination RCD Relay/Circuit Breaker or

E03 Series RCD Relay. It is used to provide audible and

visual indication of when the RCD is monitoring trips.

Features

Multiple 2 tone audible indication

Red visual alarm indicator

Mute push-button marked “PRESS TO MUTE”

Optional remote alarm contacts

E08

SPECIFICATIONS


Audible Alarm 64 dB typical at 1 metre

Remote Alarm Volt free, changeover,Contacts (optional) 5A/240V relay contacts

Standard Colours E0 – Electric Orange


Wir ing Diagram AC

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BIN

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/CIR

CU

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CAT NO. DESCRIPTION

E08 Audible Alarm Module

34 35

POR

TAB

LE R

CD

/MC

B P

RO

TEC

TED

POW

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OU

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TSE1

2 A

ND

E13

Portable RCD/MCB Protected Power Outlets

E12 AND E13

The E12 and E13 are portable RCD/MCB protected

power outlets that provide electrocution and overload

protection as detailed in AS/NZS3003 “Electrical



This product is used to temporarily upgrade an

unprotected area into a Body Protected Area.

Features

10mA trip current

Overload protection

Amber power available neon

2 (E12) or 4 (E13) outlets

3 metre power cord

In-built indicator to indicate whether an RCD or MCB

fault has occurred

In-built test facilityE12

SPECIFICATIONS

Number of Outlets 2 (E12) or 4 (E13)

Trip Current 10mA

Trip Time < 40ms


Current Rating 10A (15A optional)


Mains Cord 3 metres

Standard Colours E0 Electric Orange


CAT NO. DESCRIPTION

E12 Portable RCD/MCB - 2 outlet

E13 Portable RCD/MCB - 4 outlet

34 35

E15T TE

ST EQ

UIPM

EN

T

Line Isolation Monitor Tester - PHC Simulator

E15T

The E15T Prospective Hazard Current (PHC) Simulator

provides a convenient means for basic in-service testing

of the Line Isolation Monitor function of the E05 Line

Isolation and Overload Monitor (LIOM).

The tester incorporates a range of resistive and

capacitive impedances that can be connected between

each isolated line and earth in various combinations.

Features

Line 1 and 2 high standing PHC neon indicators

Line 1 and 2 capacitive PHC

Line 1 and 2 resistive PHC

E15T

SPECIFICATIONS


Resistive PHC 1, 2, 3, 4, 5, 6, 7, 8, 9, 10mA +/-1% @ 240Va.c.

Capacitive PHC 1, 5, 10mA +/-5% @ 240V a.c.


CAT NO. DESCRIPTION

E15T LIM Tester

36 37

SIGN/BPA AND SIGN/CPA

The SIGN/BPA and SIGN/CPA Area Classification Signs

provide indication as to the area classification, either

Body or Cardiac protected, as detailed in AS/NZS3003



Features

Clearly identifiable in colour green

Made from sturdy laminex

Adhesive on each corner for easy installation

Supplied with “test and date” stickers

AR

EA

CLA

SSIF

ICA

TIO

NS

SIG

NS

SIG

N/B

PA A

ND

SIG

N/C

PA

Area Classification Signs

Standard Colours Green

Dimensions 150mm(h) x 200mm(w)

CAT NO. DESCRIPTION

SIGN/BPA Body Area Sign

SIGN/CPA Cardiac Area Sign

SPECIFICATIONS

SIGN/CPA

SIGN/BPA

36 37

VID

EO/1 A

ND

VID

EO/2

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L VID

EO

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VIDEO/1

This 24 minute video is aimed at providing health

care workers with an overview of electrical safety, and

promotes workplace safety.

Features

Introduction to electricity

The effects of electricity on the human body

Classifications of patient treatment areas

Safe work practices

Routine maintenance procedures

CAT NO. DESCRIPTION

VIDEO/1 Electrical Safety - It's up to you

Electrical Safety - It's up to you

VIDEO/2

VIDEO/1

Electrical Design & Application - for patient treatment areas

VIDEO/2

The video is aimed at providing Hospital Engineering

Departments, Engineering Consultants, and Electrical

Contractors with an overview of planning, specifying,

and installing the wiring systems to AS/NZS3003.

Features

Fundamentals of electricity and electric shock

Classification of patient treatment areas

Good design for patient treatment areas

Selection of electrical fittings

Installation of wiring and electrical fittings

Testing and commissioning

Routine maintenance procedures

CAT NO. DESCRIPTION

VIDEO/2 Electrical Design and Application

38 39

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Why is there a need for special electrical installations in patient treatment areas?

Modern medical procedures utilise and increasingly rely

on, electrical and electronic equipment. This equipment

ranges from lighting to patient monitors and electro-

surgical equipment.

The human body’s main defence against the effects of

electrical current passing through it are two-fold. Firstly,

the resistance of the skin, which limits the amount of

current that can pass. Secondly, the muscular contractions

that accompany electric shock usually tend to disconnect

the subject from the source of electrical energy.

In medical procedures, both of these factors may be

radically altered. Firstly, electrodes may enter the body

or be attached to the skin, thus bypassing the skins

resistance. Fluid may be taken from the body, treated

and then returned (eg: kidney dialysis), providing

a low resistance path for electrical current into the

body. Secondly, the patient may be under anaesthetic.

The source of the current (ie: an electrode) may be

fastened to the patient and so not easily disconnected.

Furthermore, where electrical conductors come in close

contact with the heart (eg; in open heart surgery or

pacemaker implantation), the imperceptible current that

can flow between normally safe earthed conductors may

result in micro shock, and possible death.

There are three main results from current passing

through the human body. Refer to graph on the

following page. These are firstly, burning, particularly

where the current enters and leaves the body.

Secondly, muscular paralysis, which may temporarily

halt breathing. Thirdly, electric shock may cause

cardiac arrest; this ventricular fibrillation results in the

pump chambers and valves of the heart going out of

synchronisation, and blood ceases to be pumped around

the body. The first two effects, whilst uncomfortable,

seldom cause permanent damage. Ventricular fibrillation

on the other hand, requires immediate reversal with the

defibrillator before brain damage or death occurs.

Electrical hazards are not only present for patients,

but also for medical staff. The use of a multiplicity of

equipment which individually presents no hazard may

give rise to current paths within the patient circuit that

cause a problem. Equipment that is designed to deliver

current to patients (ie; diathermy electro-surgical units

or defribillators) also have the potential, if damaged,

mis-wired or incorrectly used, to produce an electrocution

hazard to the patient of equipment operator.

38 39

WH

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PHYSIOLOGICAL EFFECTS

Zone 1Usually no reaction effects.

Zone 2Usually no harmful physiological effects.

Zone 3Usually no organic damage to be expected. Likelihood of muscular contractions and difficulty in breathing. Reversible disturbances of formation and conduction of impulses in the heart, including atrial fibrillation and transient cardiac increasing with current magnitude and time.

Zone 4In addition to the effects to Zone 3, probability of ventricular fibrillation increasing up to about 5% (Curve C2), up to about 50% (Curve C3) and above 50% beyond Curve C3. Increasing with magnitude and time, pathophysiological effects such as cardiac arrest, breathing arrest and heavy burns may occur.

40 41

ARE

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Area Classification & Requirements

Medical treatment areas can be divided into the

following three categories, as detailed in AS/NZS3003



UNPROTECTED AREA

If procedures do not require the physical attachment

of electro-medical equipment to the patient, electrical

safety in such areas typically involves nothing more than

normal domestic or industrial wiring practices. The area

in this case is known as an ‘Unprotected Area’.

BODY PROTECTED AREA

Where electro-medical equipment is attached to

external parts of the body so that contact resistance is

reduced and ready disconnection is also not possible,

Body Area Protection is required. Examples of areas and

procedures that may require this type of protection are

ECG, EMG, EEG, and Physiotherapy rooms, plus any

room used for dialysis.

A Body Protected Area requires installation of Residual

Current Devices (RCDs) or Line Isolation and Overload

Monitors (LIOMs) plus meeting the additional

requirements detailed in AS/NZS3003.

CARDIAC PROTECTED AREA

Where electro-medical equipment is in close contact

with the heart, Cardiac Area Protection is required.

Examples of areas and procedures that may require

this type of protection include CCU, ICU, and operating

theatres where cardiac procedures are performed.

A Cardiac Protected Area requires firstly RCD and/or

LIOM protection as per Body Protected Areas, and

secondly an Equipotential Earthing System plus meeting

the additional requirements detailed in AS/NZS3003.

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40 41

RCD

FUN

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RIPTION

RCD Functional Description

An RCD provides “macro” electrocution protection by

removing power when a fault current is detected.

The RCD uses the magnetic field created around a

current carrying conductor to detect the imbalance

of current caused when a sufficiently low impedance

path is provided to earth. This path may constitute a

faulty piece of equipment, the patient, a member of the

nursing staff, or a combination of these.

The active and neutral conductors are passed through a

toroid coil which is a coil containing many turns of wire

around a ‘doughnut’ shaped core. A changing magnetic

field will cause a voltage to be induced into the coil. This

voltage is detected and used to switch off the supply by

opening the breaker contacts.

During normal operation the currents flowing in the

active and neutral conductors are equal and opposite,

hence the voltage in the coil is zero. However, should

current pass through a resistance to earth, the resulting

imbalance of current flowing through the active and

neutral conductors (the residual current) will, if it is of

sufficient magnitude, cause the supply to be interrupted.

Any RCD in a Cardiac or Body Protected Area should

trip off with a residual current of between five and ten

milliamps (mA) and should interrupt the supply within

forty milliseconds (ms) of the fault occurring. Please

note that the RCD does not limit the magnitude of the

fault current, it limits the duration that it flows.

Schematic Diagram

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LIO

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NLine Isolation & Overload Monitor Functional Description

The isolated supply comprises of a Line Isolation and

Overload Monitor (LIOM) and isolation transformer, and

is used to protect against “macro” electrocution. It is a

continuous supply which differs from an RCD protected

supply, which removes power when a fault is detected.

An isolation transformer isolates the power from

earth therefore a fault on both lines of the secondary

transformer winding to earth needs to occur before a

fault current flows. A fault on only one line and earth will

not cause a fault current to flow. This current that does

not flow is known as Prospective Hazard Current (PHC).

A LIOM enables the integrity of an isolated power supply

system to be continuously monitored. The LIOM is able

to detect when one fault occurs therefore is able to

warn of a potentially hazardous situation before any

fault current actually flows.

In order for the LIOM to monitor the isolation of any

system with respect to earth, a small test signal must

be injected between those same two points. If the test

signal is to be applied continuously, it should be in a form

which does not affect the integrity of the isolated system.

For this reason, voltage sources cannot be used as they

would solidly bind one part of the ‘isolated’ system to

earth. Current sources, on the other hand, exhibit a high

impedance characteristic and if kept to a low amplitude,

will not significantly effect the isolation of a system.

The measurement of an impedance with a current source

is relatively simple; inject a known current and measure

the voltage drop across the test impedance. If, however,

there is already a current flowing in the test impedance,

the test current must be encoded in some manner so that

the corresponding voltage drop may be determined.

When measuring the impedance from one line to earth

in this manner, the value obtained is equal to the parallel

combination of all impedances between the isolated

system and earth. The current that would flow in the

event of a fault can be calculated by taking into account

the voltages between each line and earth.

Schematic Diagram

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EP EARTH

ING

FUN

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Equipotential Earthing System Functional Description

The Equipotential Earthing System is used to protect

against “micro” electrocution.

The EP Earthing system requires all earthed points within

the cardiac protected area to be connected back to a

common EP Junction via low resistance earth wiring

(large cross section).

The low resistance system reduces the potential

difference between two earthed points in the area

therefore reducing the risk of micro electrocution caused

by the stray currents flowing the earthing system.

Equipotential Earthing Connections in a typical cardiac protected electrical area

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Note: Reference should be made to AS/NZS3003 for exact requirements of EP Earthing Systems.

44

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Choosing between an RCD or LIOM

All socket outlets and directly wired equipment (eg;

X-Ray machines) in Body and Cardiac Protected Areas must

be protected by RCDs or an Isolated Supply and LIOM.

The selection of whether to use an RCD or an Isolated

Supply and LIOM depends on the type of procedures to

be undertaken, taking into account current and future

requirements.

The main difference between the two systems of

protection is in continuation of supply. If the interruption

of the supply after the detection of a Line-to-Earth fault

makes the RCD system unacceptable for medical reasons,

the Isolated Supply and LIOM should be chosen.

If an evaluation determines that an Isolated Supply and

LIOM are required for a particular procedure undertaken

within one theatre, this requirement does not necessarily

extend to all theatres in the suite or to all outlets in that

particular theatre.

Any one area may have some sockets protected by RCDs

and some protected by Isolated Supplies and LIOMs.

However, neither RCDs nor LIOMs in one Cardiac or

Body Protected Area may supply sockets or equipment

in another Cardiac or Body Protected Area, or in an

unprotected area. No unprotected socket outlets are

allowed within a Body or Cardiac Protected Area.

MAJOR POINTS OF COMPARISON

RCD ISOLATED SUPPLY AND LIOM

Ability to warn of a fault beforefault current actually flows No Yes

Continuation of supply on Line-To-Earth fault No Yes

Suitable for Body Protected Area Yes Yes

Suitable use in a Cardiac Protected Area Yes Yes

Macro Shock protection betweenlive supply conductors No No

Macro Shock protection from Line-To-Earth fault Yes Yes

Indication of fault Yes Yes

Socket outlets must bedouble pole switched No Yes

Socket outlet to have red indicationthat power is switched on Yes Yes

Socket outlets to have poweravailable indicated by amber neon Yes No

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Products of Clipsal Integrated Systems Pty LtdABN 15 089 444 931

Head Office12 Park Terrace, BowdenSouth Australia 5007

PO Box 103 HindmarshSouth Australia 5007Telephone (08) 8269 0560International +61 8 8269 0560

Facsimile (08) 8346 0845International +61 8 8346 0845

Internet www.clipsal.com/cisE-Mail [email protected]

Offices in all States

NSW Sydney (02) 9794 9200 Albury (02) 6041 2377

VIC Melbourne (03) 9207 3200 Country Areas 1800 653 893

QLD Brisbane (07) 3244 7444 Townsville (07) 4729 3333

SA Adelaide (08) 8268 0400

WA Perth (08) 9442 4444

TAS Launceston (03) 6343 5900

NT Darwin (08) 8947 0278

International Enquiries

Head Office Export DepartmentTelephone +61 8 8269 0587Facsimile +61 8 8340 7350E-Mail [email protected]

New ZealandClipsal Industries (NZ) Ltd (Auckland)Telephone +64 9 576 3403Facsimile +64 9 576 1015E-Mail [email protected]

Customer ServiceFree Facsimile (0508) 250 305Auckland/Mobile Phone (09) 572 0014Free Phone (0508) CLIPSAL 2547725

MalaysiaClipsal Malaysia Sdn BhdLot 26, Jalan Pengapit 15/19Shah Alam Industrial Estate40000 Sham AlamSelangor Darul EhsanWest Malaysia, MalaysiaTelephone +60 3 5519 1111Facsimile +60 3 5519 4378

SingaporeClipsal Singapore Pte Ltd No. 5, Fourth Chin Bee RoadSingapore 619699Telephone +65 6 415 3288Facsimile +65 6 415 3289E-Mail [email protected]

International Representatives

ChinaClipsal China Ltd Telephone +86 755 246 1122

GreeceClipsal Hellas S.A. Telephone +30 1 0993 9165

Hong KongClipsal Integrated Systems (HK) Limited Telephone +852 2 487 0261

South AfricaClipsal South Africa (Pty) Ltd Telephone +27 11 314 5200

TaiwanClipsal (Taiwan) Co Ltd Telephone +886 2 2558 3456

ThailandClipsal Thailand Ltd Telephone +66 2 952 5338

United KingdomClipsal Ltd (UK) Telephone +44 1494 521 111

O/N 621-617 May 03/03

©Copyright Clipsal Integrated Systems Pty LtdPrinted by Custom Press Pty Ltd (08) 8346 7999

Clipsal Integrated Systems Pty Ltd reserves the right to change specifications, modify designs and discontinue items without incurring obligation and whilst every effort is made to ensure that descriptions, specifications and other information in this catalogue are correct, no warranty is given in respect thereof and the company shall not be liable for any error therein.

You can find this brochure and many others online in PDF format at: clipsal.comFollow the links off the home page or access the following page directly: clipsal.com/wat_lib_pdf.cfm

clipsal.com/cis

medilec esp series - clipsal

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