Tapeswitch Safety Edge TS-47 Installation guide

Release 08/2020 Ver. 1.0

Installation Manual: Safety Edge

TAPESWITCH CORPORATION

100 Schmitt Boulevard

Farmingdale, New York, 11753

1

Safety Edge

Installation Manual

WARNING

Tapeswitch safety edge sensors are intended to detect operators working at or

near dangerous machinery and to send a signal to the safety control system.

They can only perform this function if they are correctly fitted to a suitable

machine. It is essential that the full contents of this manual and all the

authoritative documents referred to herein are fully understood before any

attempt at installation is made. If in doubt, contact Tapeswitch Corporation.

IMPORTANT

This manual must accompany the product throughout its working life. Those persons

responsible for the product must ensure that all persons involved in the installation,

commissioning, operation, maintenance and servicing of the product have access to all the

information supplied by the manufacturers of the machine and its safety system.

ALWAYS check the Tapeswitch website for the latest revision of this manual.

Check our web site at www.tapeswitch.com for any corrections or addendums to this

manual since its publication.

NOTE

The following procedures apply to the instructions contained in this manual and

reference copies should be made available to personnel involved in installation of

the safety system.

ISO 13849-1 (EN954-1): Safety of machinery – Safety related parts of control systems

– Part 1: General principles for design.

EN999: Safety of machinery – Positioning of protective equipment in respect to

approach speeds of parts of the human body.

ANSI B11.19: Performance Criteria for Safeguarding

B11.TR3: Risk Assessment and Risk Reduction

ISO 13856-2 - Safety of machinery - Pressure Sensitive protective devices

Release 08/2020 Ver. 1.0

Installation Manual: Safety Edge

TAPESWITCH CORPORATION

100 Schmitt Boulevard

Farmingdale, New York, 11753

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TABLE OF CONTENTS

Page(s)

1. INTRODUCTION 3

2. PACKAGING, HANDLING, TRANSPORTATION AND STORAGE

2.1 Packaging, Unpacking and Handling 4

2.2 Transportation 4

2.3 Storage 4

3. PRODUCT DESCRIPTION

3.1 Sensing edge Shapes and Sizes 5

3.2 Inactive Zone 5

3.3 Lead Options 5

3.4 Mounting Channel Options 5

4. TECHNICAL DESCRIPTION

4.1 System Overview 6

4.2 Edge Sensor Design

4.2.1 Internal Construction 6

4.2.2 Chemical Resistance 6

4.2.3 Combining of Sensors 6

4.2.3.1 Four-wire edge sensors (fail-safe) 7

4.2.3.2 Two-wire edge sensors with end of line (EOL) resistor 8

5. EDGE SENSOR SELECTION

5.1 General Considerations 9

5.2 Edge Sensor selection 9

6. INSTALLATION

6.1 General Information 10

6.2 Edge sensor Installation 11

6.2.2 Mounting guidelines 11

6.2.2.1 Rail-style channel mount (TS-46) 13

6.2.2.2 Snap-in style channel 14

6.2.3 Lead Wiring Options 15

6.2.4 Installation Procedure and considerations 18

7. COMMISSIONING CHECKS 18

8. CLEANING AND MAINTENANCE 19

9. SPECIFICATIONS

9.1 General 20

9.2 Force, Distance and Approach Angle Specifications 21 - 26

10. TROUBLESHOOTING GUIDE

10.1 Edge sensor with Two - 2-Conductor Leads 27

10.2 Edge sensor with a Single 4-Conductor Lead 28

10.3 Edge sensor with one - 2-Conductor Lead - Resistor 28

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Installation Manual: Safety Edge

TAPESWITCH CORPORATION

100 Schmitt Boulevard

Farmingdale, New York, 11753

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1. INTRODUCTION

The TAPESWITCH Safety Edge sensor is a pressure-sensitive safety device designed to protect operators

working at or near dangerous machinery. The switch functions as a momentary-contact, normally-open switch

which electrically closes when force is applied in the normal direction to the edge sensor.

Multiple safety edge sensors may be wired, in series, to form a larger sensing area. In a sensing edge safety

configuration, a small electrical signal flows through (from the safety interface controller - SIM) the upper and

lower conductors of the insert switch element(s) at all times. This signal is used by the safety interface

controller/safety interface module (SIM) to continuously monitor safety integrity.

When an appropriate (force distance relationship for all edge sensors in this manual) actuating force is applied to

the active area of the edge sensor, the internal ribbon switch closes (from open circuit to closed circuit), which, in

turn, causes an appropriate SIM to recognize this condition and thus initiate a stop command to the prime motion.

If any of the connecting wiring, internal or external to the safety edge sensor should break or separates (using an

appropriate SIM), this is also detected by the controller and, in turn, causes the SIM to recognize this condition

and thus initiate a stop command to the prime motion and should not attempt to begin running until the fault

condition is fully accessed , repaired and tested. thus, the machine cannot run unless there is integrity throughout

the safety configuration.

When correctly installed and interfaced to a machine (through a SIM), the safety edge configuration can initiate a

stop command to the machine primary control element (MPCE), and/or parts of the machine chosen by the

designer.

NOTE

Tapeswitch safety edge sensors, individually or wired together, do not by themselves constitute

a complete safety system. The user must also select a safety interface controller/safety interface

module (SIM) that complies with annex B of ISO 13849-1 (EN954-1) and the guidelines in ANSI

B11.19 as well as any and all updated local and federal requirements.

This controller must include dual channel monitoring such that a single electrical failure in the

edge sensors, interconnecting wiring, or the control unit itself will be detected and will shut

down the machine.

This will establish a complete safety machine interface system. In addition, the category rating

will then be at the level of the attached controller to a maximum category level of 3.

Terminology:

SIM: Safety INTERFACE module

SIL: Safety Integrated Level

OSHA: Occupational Safety and Health Administration,

ANSI: American National Standards Institute

“Edge” or “Edge sensor”: The actual switch device

MPCE: Machine primary control element

F/S – EOL: Fail Safe End of line (resistor)

F/S – O/E: Fail Safe Lead Exit "ONE END"

FS – E/E: Fail Safe Lead Exit "EACH END"

S/L: Non-Safety Lead Exit "SINGLE LEAD"

A/A: Aluminum Angle mounting channel

AF - Aluminum Flat mounting channel

PVC - PVC Flat mounting channel

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2. PACKAGING, HANDLING, TRANSPORTATION, AND STORAGE

2.1 Packaging, Unpacking, and Handling

Depending on the size and weight, safety edges are packaged either in a "U" formed cardboard container or

wooden frame container with a triple-wall cardboard top and bottom, or in a suitable corrugated box. Multiple

edges may be stacked in a single box. Unpacking may require more than one person. Keep the edges flat at all

times. DO NOT ROLL, COIL OR FOLD THEM. DO NOT LIFT OR PULL edge sensor(s) BY THE CABLES.

Failure to follow these instructions could render the edge sensors unusable.

2.2 Transportation

When shipping an edge or edges, use the original or similar packaging to prevent damage. Crates can be

transported by common carrier or parcel service (size permitting). The crate should be kept flat and should not be

transported on its side or vertically for an extended period of time.

2.3 Storage

The edges sensors should be stored in a horizontal (flat) position. Do not stack or pile a heavy load on top of the

edge sensors as this could lead to switch damage and premature failure. The edge sensors should be stored in a

dry environment at a temperature of 0°C to 50°C.

Valid (left) and Invalid (right) Storage Orientations – Figure 1

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3. PRODUCT DESCRIPTION

3.1 Sensing edge Shapes and Sizes

Tapeswitch edge sensors are available in a large range of profiles colors and lengths to accommodate most

common applications. See specifications for profile (section 9) dimensions, maximum length and force travel

relationship.

3.2 Inactive Zone

All standard safety edge sensors have an inactive region at each edge. Please see specific edge sensor profile

for actual inactive diminution in the specification’s sections (9) of this manual.

3.3 Lead Options

Tapeswitch Edge sensors have a number of lead options, depending on the application. Cable exit options are

also available, so as to facilitate a “daisy chain” connection (or series connection) between them. Please see

www.Tapeswitch.com or contact Tapeswitch directly if needed.

All Lead Configuration Options - Figure 2

3.4 Mounting Channel Options

Most edge sensors are available with multiple options of mounting channels and channel materials based on

design application. See individual edge specification at www.tapeswitch.com (section 9 in this document) as to

the options available.

NOTE:

It is the responsibility of the user to evaluate and determine the proper edge sensor profile and dimensions based

on the application in question. Tapeswitch cannot guarantee suitability of a particular edge, for a machine or

application with unique specifications that was not designed by Tapeswitch. The unique parameters of the control

system into which the sensing edge(s) are integrated must be validated by the user. Tapeswitch also takes over

no liability for recommendations which are given or implied in the following description. The following description

implies no modification of the general Tapeswitch terms of delivery, warranty or liability claims.

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Installation Manual: Safety Edge

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4. TECHNICAL DESCRIPTION

4.1 System Overview

Safety edge sensors are used to create a sensing area that may consist of a single edge or a combination of

edges. When the sensing edge is compressed to actuation, the (electrically closed) condition is detected by the

safety interface module (SIM). When appropriately configured, the (SIM) switches off its output relays and/or PNP

drivers, ideally causing dangerous motion to cease or be prevented.

4.2 Edge Sensor Design

4.2.1 Internal Construction

Each Tapeswitch sensing edge utilizes Controflex ribbon switch technology for its electrical switching

component. Each edge is designed to focus applied force (along the reference direction of the sensor) toward the

internal Controflex ribbon switch, thereby creating switch closure and supplying a signal to the SIM for evaluation

and "Stop" command.

4.2.2 Chemical Resistance

Tapeswitch safety edge sensors are constructed utilizing several material compounds. All materials are resistant

to chemicals commonly found in an industrial environment.

Please see the following table to determine the material best suited to your application. Upon request, Tapeswitch

can supply a small sample of edge material for your own chemical testing. Please contact

sales@tapeswitch.com with your request.

Chemical Resistance Table - Figure 3

4.2.3. Combining of Sensors

When multiple edge sensors are used in combination, they must be wired in series, such that the SIM monitors

the entire array as if it were one normally-open switch. Actuation of any sensing edge segment will result in a

signal transition at the SIM’s monitoring input.

Acetone Resistance 6

Aging Resistance 3

Alkali Resistance 2

Petrol Resistance 6

Diesel Resistance 6

Coolant Resistance 5

Mineral Oil Resistance 6

Ozone Resistance 3

Acid Resistance 2

Water Resistance 1

UV Stability 2

COVERAGE INDEX: 1 = Excellent, 2 = Very Good, 3 = Good, 4 = Moderate, 5 = Low, 6 = Insufficient

6

3

2

1

2

6

2

3

1

6

3

2

6

5

3

2

6

5

Sensing Edge Profiles

Material

TS-26, TS-47, TS-48, TS-57, TS-67

TS-18

TS-3, TS-8, TS-16

Santoprene

EPDM

PVC

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4.2.3.1 Four-wire edge sensors (fail-safe)

For sensing edge configurations utilizing fail-safe wiring, one pair of leads can be considered to be the input and

the other pair the output. When connecting several edge sensors together, the output of the first edge sensor is

connected to the input of the second edge sensor, and so on. This leaves the input leads of the first edge sensor

and the output leads of the last edge sensor available for connection to the (PRSU/4 or PRSU/5) SIM as

illustrated below:

PRSU/5 and PSRU/4 connection, with color-coded and zip-cord wire options - Figure 4

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4.2.3.2 Two-wire edge sensors with end of line (EOL) resistor

Upon request, Tapeswitch offers all edge sensors in a two-wire (control reliable to meet safety performance level)

configuration. This configuration utilizes a single, two-wire cable at one end of the sensor and an appropriate EOL

resistor at the other. A suitable SIM (Tapeswitch PSSR/2) will provide a monitored system with safety outputs to

be interfaced to the machine control system as intended.

For applications that require an array of interconnected sensing edges and an end-of-line (EOL) resistor, all edge

sensor segments but the last must be of the 4-wire configuration. The last edge in the series must have the EOL

resistor at its output.

Note:

While utilizing the two-wire edge sensor with EOL resistor, the maximum resistance between actuator terminals

cannot exceed 8.7K ohms. This will render the sensing edge assembly incompatible with PSSR/2 model SIMs.

The complete manual for PSSR/2 can be found at the following link:

https://www.tapeswitch.com/support/downloads.html

PSSR/2, EOL resistor-terminated connection - Figure 5

For any questions regarding these configurations, please contact Tapeswitch at: sales@tapeswitch.com

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5. EDGE SENSOR SELECTION

5.1 General Considerations

5.2 Edge Sensor selection

There are a number of factors that must be addressed when selecting a sensing edge’s length, profile and

mounting channel. These include, but are not limited to:

(a) Safety standard and category/performance level required of system.

(b) Speed and stopping over-travel of a machine’s prime movement.

(c) Responsiveness of the supervising control system (time from actuation to inhibition of machine movement).

(d) Environmental conditions of process (temperature, chemical properties, spray/spatter profile).

(e) Proper training of persons associated with operation.

(f) Ability of the process to stop hazardous motion in a control reliable method according to determined SIL.

NOTE:

The guidelines described in this document must only be carried out by qualified personnel. Such

personnel must have the appropriate training and authorization regarding operation, maintenance and

modification to the electronic controls.

The machine control must be electrically actuated.

It must be possible to immediately stop any dangerous operation of the machine.

In particular, the machine stopping times must be known and, if necessary, measured.

The stop performance of the machine must additionally undergo validation during routine

maintenance by trained and competent personnel. Should an evaluation render results indicating

degradation of the stop function beyond acceptable ratings, the machine must be locked out until

serviced/repaired and restored to nominal conditions.

Verify that the temperature of the environment where the system is installed is compatible with the

temperature operating parameters indicated on the product label and/or in the technical data.

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Installation Manual: Safety Edge

TAPESWITCH CORPORATION

100 Schmitt Boulevard

Farmingdale, New York, 11753

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6. INSTALLATION

This technical manual should be read in full before any installation work is attempted.

6.1 General Information

The attention of the installer is drawn to the following general requirements for installation of a Tapeswitch

sensing edge system:

(a) The machine must be electrically controllable (machine power leveraged by internal/external signals).

(b) It must be possible to stop the dangerous motion of the machine at any point in its operation, in any operating

mode.

(c) The control system, as a whole, must be designed to provide the level of safety integrity determined by the risk

assessment.

(d) Steps must be taken to prevent access to the dangerous parts of the machine from any direction not covered

by the sensing edge. Such steps could include safety mats, light curtains, fixed or interlocking fences or

screens, additional.

(e) Steps must be taken to prevent a person from standing in the dangerous area without being protected. It may

be necessary to apply additional mechanical and/or electrical safety devices to cover any surfaces within the

dangerous area on which a person could stand, such as the base of the machine.

(f) All edge sensors must be mechanically affixed such that it cannot be easily moved or removed. Tamperproof

hardware is highly recommended to discourage any un-authorized manipulation of the edge sensor or

sensors.

(g) There are no user-serviceable parts and the edge should never be altered or modified from its original

construction. Doing so will render the sensing edge nonfunctioning and immediately void any standing

warranty.

(h) Great care should be taken when handling edge sensors. Never pick the edge sensor up by or drag it around

using the cables. Never bend or fold an edge sensor. Keep edge sensors flat whenever possible. Always

store edge sensors flat. Edge sensors longer than 1 meter, should be handled by more than one person.

(i) After installation to machine, the edge sensor and SIM must be commissioned in accordance with Section 7

of this manual.

(j) Any covers removed during installation must be replaced as soon as possible.

WARNING: The Tapeswitch safety edge sensor is designed to protect operators working at or near

dangerous machines. It can only perform that function if it is correctly installed and interfaced to a

suitable machine controller and/or Safety Interface Module (SIM).

It is the responsibility of the user to ensure that all persons involved in the installation of the

product have the knowledge, training and experience necessary, and that they are fully competent

with knowledge of all laws, rules, regulations and codes of practice pertaining to their task. This

includes familiarity with the safety documents referenced on the title page of this manual.

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6.2 Edge sensor Installation

The surface on which the edge sensor is mounted must be sound and reasonably flat. Note: Special

configurations of edge sensors, designed to be bent or contoured, can be addressed through Tapeswitch at

sales@tapeswitch.com.

6.2.2 Mounting guidelines

EDGE INSTALLATION PROCEDURE - Edge series configurations and single edge assemblies may be shipped

mostly assembled, in a crate. Some might be pre-drilled. Others need to be drilled on site, and attached to

equipment by the customer. The SIM should be mounted and electrically interfaced to the machine.

a. Remove all power to machine and SIM to prevent electric shocks.

b. Slide edges out of mounting channels (if applicable). See edge mounting channel options:

(Figure continued on next page)

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Tapeswitch edge mounting channel options - Figure 6

c. Drill through center of channel at desired intervals.

d. Position channels onto pre-determined machine location. Transfer drill if needed. Secure with flat or pan

head screws. See chart below:

Recommended fasteners for Edge mounting channels - Figure 7

FLAT CHANNEL TYPE HARDWARE

104 Aluminum

106 Aluminum

TS-6, TS-16

TS-18

TS-26

TS-47, TS-48

TS-57

TS-8 FLAT HEAD, 6-32, X 1/2" MIN. LENGTH

TS-46 FLAT HEAD, 8-32, X 1/2" MIN. LENGTH

TS-67 PAN HEAD, 10-32, X 3/8" MIN. LENGTH

RECOMMENDED FASTENERS

PAN HEAD, 6-32, X 3/8" MIN. LENGTH

PAN HEAD, 8-32, X 3/8" MIN. LENGTH

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Note:

Since angle mount flanges do not cause internal interference with the edge sensor housing, hardware size is

application- driven and must be sized correctly to ensure the edge sensor remains securely mounted.

Flat and "C" channel mounting configuration - Figure 8

6.2.2.1 Rail-Style channel (TS-46)

Rail-style mounting channels are available in either flat, or angled configurations. TS-46 angle mount channels

are pre-mounted to the edge sensor prior to shipping. After mounting, the sensing edge housing and actuator

should at no point be removed from the channel unless a replacement is required. Mounting holes (1/4-20 or

similar) should be drilled roughly every 12" of sensor length for sufficient mechanical mounting strength.

Tapeswitch suggests using tamper-proof hardware to discourage any changes by an unauthorized party. Before

mounting the flat variant of the channel, simply slide the edge sensor out of the channel and drill holes along the

channel’s centerline. Once the channel is mounted, the edge sensor can be slid back in place.

TS-46 "AF" mounting - Figure 9 TS-46 "AA" mounting - Figure 10

Edges such as the TS-46 utilize a rail-style mounting technique. To aid in housing/actuator removal, any mild

soapy water can be used as a lubricant. Lubricant should be applied to the bottom of the housing. For rail-style

mounting visuals, reference Figures 9 and 10 above.

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6.2.2.2 Snap-in style channel

Most of the time, snap-in channels may also be slid in as well. The snap-in technology facilitates the ease of

mounting the sensor to the channel without additional room needed on each end of the channel. Before

attempting to snap the housing and actuator into the channel, apply lubricant (mild soapy water) to

housing/channel and press housing back into channel. (See Figure 11 below).

Snap In mounting - Figure 11

When mounting the assembly in place, tuck any interconnecting wires from the sensor into the edge’s cavity.

Insert (optional) dowel pin in each end of the sensing edge to prevent sliding. See below:

Optional dowel locking pin mounting - Figure 12

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6.2.3 Lead Wiring Options

Tapeswitch edge sensors are normally supplied with one of the following options:

a. (2) 2-conductor cables (see specific edge specifications for identification - may exit OE or EE) – Standard.

b. (1) 2-conductor cable (with appropriate EOL resistor on termination end).

c. (1) 4-conductor cable (special order) - see PRSU/4 or PRSU/5 manual for wire diagram.

Note:

NON – FAIL-SAFE edges are available upon request. These feature a single 2-conductor cable and are

unsuitable for any safety application. Please contact sales@tapeswitch.com for non-fail-safe sensor options.

Non-fail-safe edges can NOT be made FAIL-SAFE.

For applications where multiple edge sensors are required, the "EE" (lead exits each end) ordering code must be

specified. This ensures that multiple edges can be connected by daisy-chain since both head and tail connections

are provided. If an “EOL” resistor is warranted, such as in systems employing a PSSR/2, the final edge in the

daisy-chain will only have a single 2-conductor cable, with an internal end-of-line resistor terminating the entire

assembly.

Tapeswitch safety edge sensors are manufactured with the following types of cable configurations:

a) Two – 2-conductor cable (four termination points) utilizing one of the following configurations below:

PRSU/5 and PSRU/4 connection - Figure 13

i) Two sets of BLACK/WHITE wires

Or:

ii) Two sets of black, ribbed/smooth zip-cord wires (one conductor has a ribbed jacked,

one conductor has a smooth jacket).

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Note:

The figures below illustrate two controllers which are suitable for the aforementioned wiring

configurations:

PRSU/4 Schematic Connection - Figure 14

See PRSU/4 manual for complete connection details:

https://www.tapeswitch.com/support/downloads.html

PRSU/5 Schematic Connection - Figure 15

See PRSU/5 manual for complete connection details:

https://www.tapeswitch.com/support/downloads.html

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b) One – 2-conductor cable (black/white or ribbed/smooth) with EOL resistor termination (for use

with PSSR/2 control unit).

Note: When utilizing PSSR/2 controller, all edges, other than the final edge (with EOL resistor

termination) will be called out as "standard four wire" edges.

PSSR/2 connection - Figure 16

PSSR/2 schematic connection - Figure 17

See PSSR/2 manual for complete connection details:

https://www.tapeswitch.com/support/downloads.html

NOTE: For complete and updated list of Tapeswitch supplied SIM's, as well as

the interface instructions, please see: https://www.tapeswitch.com/sim.html

and https://www.tapeswitch.com/support/downloads.html

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6.2.4 Installation Procedure and considerations:

Step 1 - Secure mounting channel of edge sensor onto your chosen surface. Each of the

Tapeswitch edge sensors are available with a variety of options (must be defined at the time of

purchase).

Note: It is imperative that edge sensors be affixed in such a way as to make it impossible

for someone, other than an authorized maintenance person, to adjust or remove. It is

recommended that the installers use tamper-proof hardware to discourage any

manipulation of the sensor. For multi edge configurations, sensors must be used in series

to maintain safety reliability.

Step 2 - If the sensor was removed from the channel for mounting, replace edge sensor now.

Edge sensors can be easily replaced (into its channel) by using the techniques described in

manual above.

Note: If the edge was mounted without removing from the channel, please skip to Step 3.

Step 3 - Route the cable(s) to the control unit. The cable(s) should exit from the edging as close

to the control unit position as possible. The cables should be protected in suitable conduit

between the exit of the edge sensor and the control unit. It is the installer’s responsibility to be

sure all cables are secured and protected from damage during normal use and meets all local

electrical codes.

7. COMMISSIONING CHECKS

The commissioning checks should be carried out by trained competent personnel who have

access to all the information supplied with the machine and its safety equipment and

requirements. The results of the examination should be recorded and the user and the employer

of the person performing the examination should keep copies of this record.

The person carrying out the examination should, as a minimum, perform the following checks:

a. Verify that the edge sensor is suitable for use in the application.

i.) Check that the level of safety integrity provided by the edge sensor is suitable for the

level of risk presented by the machine operation.

ii.) Check that the environment is suitable for the use of the edge sensor.

b. Check that the dimensions and position of the edge sensor are correct, taking into account

the operating mode. For this purpose, it will be necessary to check the overall system

response time using a device designed for this purpose.

c. Check that adequate measures have been taken to prevent access to the dangerous parts of

the machine from any direction not covered by the edge sensor.

d. Examine the machine controls and interconnection wiring to the sensing edge(s) and SIM

and ensure that all connections are correctly and securely made.

e. Check that the sensing edge is fixed in position and that no trip hazards are present within

the dangerous area.

f. Check that it is not possible for the dangerous parts of the machine to be set in motion while

the edge sensor(s) is actuated.

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g. Check that actuation of the sensing edge, during a dangerous phase of operation (of the

machine), results in the dangerous motion(s) being arrested, or where appropriate, assuming

an otherwise safe condition, before any part of a person could reach them.

h. Check that after a machine has been stopped by the actuation of the edge sensor(s), it is not

possible for the dangerous parts to be set in motion until the edge sensor has been cleared, a

reset switch has been operated and released, and the machine start control has been re-

actuated.

i. Check that the removal of power from the edge sensor or the connected SIM prevents further

operation of the machine. It should not be possible for the dangerous parts of the machine to

be set in motion until power has been restored, the reset switch has been actuated (if utilized)

and released, and the machine start control has been actuated.

j. Check that the edge sensor operates over the whole active area by actuating the sensor,

along its surface, normal to the direction of motion.

k. Examine the stopping performance monitor (if installed) to ensure that it is installed and

functioning correctly. Ensure that the means by which the stopping performance can be

assessed by the operator is indicating correctly.

l. Test the muting arrangements (if installed). Ensure that the muting is only possible during

non-dangerous operation and ensure that the safety level of the muting device is at or above

that of the safety mat but never below.

m. Examine brakes and clutches (if installed) as recommended.

8. CLEANING AND MAINTENANCE

Once installed and interfaced (SIM) to a machine, the edge sensor(s) will be an active safety

sensor. It will actuate each time an appropriate force is applied in the active direction of the

sensor.

The edge sensor(s) does not require any periodic maintenance; however, its life will be

considerably increased if a basic cleaning routine is performed.

The frequency of general cleaning depends on the nature of the environment. In relatively clean

environments, where the edge sensor(s) is rarely exposed to water or other fluids, monthly

cleaning is usually sufficient. In dirtier environments, clean weekly or more frequently, as

required.

IMPORTANT after any part of the system has been replaced, the installation should be

considered as new and, as such, should be re-commissioned in accordance with this manual.

The edge sensors have no user repairable parts. Contact Tapeswitch Corporation at 1-800-234-

8273 for replacements.

WARNING: Servicing of edge sensors or SIM's should only be carried out

by qualified personnel. Servicing involves the exposure of terminals and devices

that carry potentially lethal voltages. Only those persons, with the appropriate

training and experience, should undertake this work. If there are any questions

call Tapeswitch Corporation at 1-800-234-8273.

Release 08/2020 Ver. 1.0

Installation Manual: Safety Edge

TAPESWITCH CORPORATION

100 Schmitt Boulevard

Farmingdale, New York, 11753

20

9. SPECIFICATIONS

9.1 General

1) Effective Length (EL): The effective area of each edge defined in table below.

Effective length definition - Figure 18

2) Sensor Switch: All Tapeswitch edge sensors use Controflex ribbon switch for actuation.

Ribbon switch devices consisting of a pair of metal conductor plates with an extruded jacket

of soft PVC.

3) Lead Wires: Tapeswitch edge sensors are available with several options regarding cable

style and exits. Not all edge sensors will have identical cable style depending on normal

standard (see www.tapeswitch.com for standard cable) and/or specific application

requirements by the user. One (two conductor - with EOL resistor option), two (two

Note: For applications requiring "non-standard" EL, please contact Tapeswitch

engineering at 1-800-234-TAPE or by e-mail sales@tapeswitch.com

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