improve output & slash rejects by mastering your cap sealer ......first step in controlling...

Post on 13-Sep-2020

0 Views

Category:

Documents

0 Downloads

Preview:

Click to see full reader

TRANSCRIPT

Improve Output & Slash Rejects by Mastering Your Cap Sealer’s Features

& Options

1

Today’s Panel

Jeff LaGrange Cap Seal Product Manager

Ryan Schuelke Sales Director

2 Copyright Enercon Industries 2012

Webinar Overview

Sealing energy basics

3

Copyright Enercon Industries 2012

Webinar Overview

Sealing energy control

4 Copyright Enercon Industries 2012

Webinar Overview

Sealing energy monitoring

5 Copyright Enercon Industries 2012

Webinar Overview

Inspection/Detection Options

6 Copyright Enercon Industries 2012

Webinar Overview

Electrically integrating your cap sealer

7 Copyright Enercon Industries 2012

Knowledge You’ll Gain

Customer and field service feedback

8 Copyright Enercon Industries 2012

Knowledge You’ll Gain

Better understanding of the process to

increase productivity 9

Copyright Enercon Industries 2012

Knowledge You’ll Gain

Focus on actionable operation tips

10 Copyright Enercon Industries 2012

Knowledge You’ll Gain

Options you should consider

11 Copyright Enercon Industries 2012

Knowledge You’ll Gain

Stay Tuned For a Special Offer

At the end of the webinar

12 Copyright Enercon Industries 2012

What does the induction sealer do?

13 Copyright Enercon Industries 2012

Keys to a successful seal

14

Pressure Heat Time

Copyright Enercon Industries 2012

Keys to a successful seal

15

Pressure

Cap Torque Copyright Enercon Industries 2012

Keys to a successful seal

16

Heat

Cap Sealer Copyright Enercon Industries 2012

Keys to a successful seal

17

Time

Line Speed Copyright Enercon Industries 2012

Heat and Time

18 0

5

10

15

20

25

30

The relationship is not linear

How do we create sealing energy?

19

Low Frequency AC Converted to DC

Then

Converted to high frequency AC

Copyright Enercon Industries 2012

20

Converted to a directed magnetic field – sealing energy

How do we create sealing energy?

Copyright Enercon Industries 2012

Factors affecting required sealing energy

Air Gap – sealing head to cap/foil distance

21 Copyright Enercon Industries 2012

Factors affecting required sealing energy

Distance – top of cap to foil

22 Copyright Enercon Industries 2012

Factors affecting required sealing energy

Cap application torque - Consistent - Generally caps with less

torque require more energy

23 Copyright Enercon Industries 2012

We highly recommend watching:

Optimizing Induction Cap Sealer Productivity by Setting up an Operating Window

25

No Seal Partial Seal Overheated Seal Good Seal

Copyright Enercon Industries 2012

www.enerconind.com/sealing

Are you certain that you are using

the correct sealing head for your application?

26 Copyright Enercon Industries 2012

27

First step in controlling sealing energy: Choose the right sealing head for the application

First step in controlling sealing energy: Choose the right sealing head for the application

28 All-in-One Universal Sealing Heads

Electrically Integrating your Sealer

29 Copyright Enercon Industries 2012

Controlling sealing energy

30

• Output Control • Start/Stop Control • Monitor Output • Fault Monitoring

Copyright Enercon Industries 2012

Are you confident that your operators

always use your company’s predetermined cap sealer power level?

31 Copyright Enercon Industries 2012

Electrically Integrating your Sealer Power Control Modes

32

Power Control: Local Up/Down Buttons

When to use: You trust your operators & additional options are not feasible

Copyright Enercon Industries 2012

Electrically Integrating your Sealer Power Control Modes

33

Power Control: Remote Connected to Customer Supplied Control

When to use: You have the ability to supply a remote signal for power level

Copyright Enercon Industries 2012

34

Power Control: Recipe Local Recipe Control Available with Super Seal Touch

When to use: Password protected prevents operator from overriding established QC recipes.

Electrically Integrating your Sealer Power Control Modes

Copyright Enercon Industries 2012

Electrically Integrating your Sealer Power Control Modes

35

Power Control: Network (Remote Control & Monitoring) Connected to Customer Network Available with Super Seal Max and Super Seal Touch

When to use: Your induction sealer is part of completely integrated line

Copyright Enercon Industries 2012

Monitoring Sealing Energy How do I know if the sealer

is generating the power required?

36 Copyright Enercon Industries 2012

Monitoring Sealing Energy How do I know if the sealer is generating the power required?

37

• Every Sealer has a built-in circuit • Sealing Alarm Level or LSI (Loss of Sealing Indicator)

Packagers may connect either a stack light or use the dedicated Alarm Level contact to some other custom alarm protocol

Copyright Enercon Industries 2012

38

Optional 0-10 volt feedback

Monitoring Sealing Energy How do I know if the sealer is generating the power required?

Copyright Enercon Industries 2012

39

• Operator presses the stop button or sealer shuts off • Operator changes output setting below alarm level • External drop in the power feeding the induction sealer (rare) • There could be an internal issue (very rare)

Monitoring Sealing Energy What would cause the sealing energy to drop below the alarm level?

Copyright Enercon Industries 2012

Electrically Integrating your Sealer Start and Stop Control Modes

40

• Local Control • Remote Control • Network

Copyright Enercon Industries 2012

Electrically Integrating your Sealer Start and Stop Control Modes

41

Local Control Start Stop Buttons on Control Panel

Copyright Enercon Industries 2012

Electrically Integrating your Sealer Start and Stop Control Modes

42

Remote Control Starts & Stops based on customer supplied signal

Copyright Enercon Industries 2012

Electrically Integrating your Sealer Start and Stop Control Modes

43

Network Control Available with Remote Control and Monitoring

Copyright Enercon Industries 2012

44

Operator Lockout with Password Protection

Other Options that Packagers find Beneficial

Copyright Enercon Industries 2012

45

Fault Logging & Data Collection

Other Options that Packagers find Beneficial

Copyright Enercon Industries 2012

Inspection & Detection Options

46

Tool sets to ensure your containers have seals in their caps and alerts to line

conditions than can create downtime

Copyright Enercon Industries 2012

Motion Detection

47

• Auto-start • Bottle backup • Stalled bottle

Copyright Enercon Industries 2012

Foil & Cap Detection

48

• Missing foil • Missing cap • High cap • Cocked cap

Copyright Enercon Industries 2012

Inspection & Detection Combinations

49

• Bottle backup • Foil detection • Motion & foil detection • Stalled bottle detection • Cap inspection

Copyright Enercon Industries 2012

Rejections

50

• Integrated Ejector • Signal for your own rejection

Copyright Enercon Industries 2012

Which inspection options could most

benefit your operation?

51 Copyright Enercon Industries 2012

Webinar Review Boost Productivity & Slash Rejects • Understanding the sealing process • Set up an operating window • Take advantage of Sealing Alarm Circuitry • Choose the right Power Control Mode for Your operation • Choose the right Start/Stop control mode for your operation • Take advantage of inspection systems to enhance quality • Consider a rejection system to eliminate faulty containers

52 Copyright Enercon Industries 2012

For more information please contact:

Enercon Industries Corporation Jeff LaGrange Ryan Schuelke jlagrange@enerconmail.com rschuelke@enerconmail.com + 1 (262) 255-6070

www.enerconind.com/sealing

53 Copyright Enercon Industries 2012

top related