Related Manuals for Honeywell FF-SPS4 Series
Summary of Contents for Honeywell FF-SPS4 Series
- Page 1 Safety Perimeter Guarding Installation Manual FF-SPS4 Series Safety Perimeter Guarding 107063-11 EN FR26 GLO 800 Printed in France Arrow.com. Downloaded from...
- Page 2 COPYRIGHT, 1997 By Honeywell All rights reserved. No part of this manual may be reproduced in any form or by any other means, without permission from the publishers. Printed in France 107063-11 EN FR26 GLO 800 Printed in France Arrow.com.
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Page 3: Table Of Contents
Table of Contents Important Information ..................v Overview ......................v Important Highlighted Information ..............v Single Beam Device Installation and Use ............vi Approvals ......................vi Standards Compliance..................vi Regulations ..................... vi Directives Compliance ................... vii Control Reliability ................... vii Organization of Manual .................. vii Description and Operation ..................1 Overview ......................1 Identification and Approval Plates..............1... - Page 4 Table of Contents Connections......................42 Overview ......................42 Terminations ....................42 Quick-connect Style ................42 Quick-connect Connector Wiring ............43 Terminal Strip Connector Wiring............44 Power Supply Wiring..................47 Perimeter System Wiring ................48 Inspection and Maintenance ................54 Overview ......................54 Operational Test.....................54 Troubleshooting Procedures ................55 Maintenance and Repair ................58 Interchangeability...................58 Cleaning....................58 Fuse Replacement.................61...
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Page 5: Important Information
Important Information Overview This manual contains description, operation, installation, electrical connection, maintenance and troubleshoot information related to the FF-SPS4 Series safety perimeter device. This chapter provides the following important information : • Important Highlighted Information • Organization of Manual • Warranty and Remedy •... -
Page 6: Single Beam Device Installation And Use
Approvals Only the packaging and the documentation of FF-SPS4 Series products carry the CE mark; the CE declaration of conformity is at the back of this manual Canadian Standards Association ®... -
Page 7: Directives Compliance
The failure shall be detectable by a simple test, or indicated by the control system.” Honeywell has developed self-checking techniques which combine control reliability with safety. The FF-SPS4 Series perimeter devices function with dual channel redundancy and positive self-checking monitoring. This means that a faulty component in our system will make the safety barrier fail in a safe mode. -
Page 8: Description And Operation
Description and Operation Overview This section discusses FF- SPS4 identification, perimeter protection, specifications and operation. This section also highlights the customer’s responsibility of properly designing and installing this perimeter guarding system. Identification and Approval Plates Emitter and receiver have two plates, an identification plate and an approval plate (see figures 1-1 and 1-2). -
Page 9: Perimeter Protection
Failure to comply with these instructions could result in death or serious injury. Honeywell's FF-SPS4 Series device is a self-contained, perimeter protection device designed to detect the body of an operator before gaining access to a dangerous area (see figure 1-3). - Page 10 IMPROPER POINT OF OPERATION PROTECTION Do NOT use FF-SPS4 Series safety perimeter devices in point of operation applications. Failure to comply with these instructions will result in death or serious injury. Point-of-operation is defined as that area where a machine performs work (such as cutting, shaping, boring, or forming) on a material.
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Page 11: Operation
Operation The FF-SPS4 Series safety perimeter devices are designed so that a malfunction or an interruption of the sensing field will cause the perimeter device to generate a STOP signal within a maximum of 20 milliseconds. This STOP signal will be generated automatically if a malfunction occurs within the safety device. -
Page 12: Detection
Detection The beam diameter (see figure 1-4) of a FF-SPS4 device is 40 mm (1.58 in.). A beam diameter is the smallest width that will block the beam of a perimeter device. Figure 1-4 Beam Diameter Beam diameter = 40 mm (1.58 in.) Response Time The response time is the maximum time it takes the perimeter device to generate a STOP signal after the sensing field has been interrupted. -
Page 13: Scan Range
Scan Range IMPROPER REFLECTIVE SURFACE • To prevent two optical beam paths to the receiver, do NOT use the long range version safety perimeter device if the application distance required between the emitter and receiver is less than 30 m (131 ft). •... -
Page 14: Indicators
Indicators Safety perimeter device receivers have five light emitting diode (LED) indicators. The emitters have three LED indicators (see figures 1-6 and 1-7). These indicators provide important information about the operational status of the perimeter devices. Emitter Indicators An illuminated yellow Power On indicator indicates that power is applied to the unit. The red test mode indicator is illuminated when the test is effectuated. - Page 15 Receiver Indicators The receiver has five LED indicators (see figure 1-7). The yellow signal margin indicator located at the top aids in the alignment of the perimeter device. The signal margin indicator will flash repeatedly if the light received by the receiver is less than required. This condition will alert maintenance personnel that preventive maintenance must be performed to prevent a shutdown condition.
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Page 16: Indicator Status
Indicator Status Refer to table 1-1 for indicator status. 1. If both yellow LED indicators (signal margin/reset mode) are illuminated, the receiver is not receiving light (an optical signal) from the emitter. Align the emitter and receiver. 2. If the signal margin indicator flickers and the reset mode indicator is illuminated, the optical signal is too weak for the perimeter device to operated correctly. - Page 17 Table 1-2 Automatic restart mode Receiver indicators Optical signal Relays status Actions status Absent De-energized Adjust the optical alignment Keep adjusting the Too weak De-energized alignment Close to the limit Energized Optimize the adjustment Optimum adjustment is Sufficient Energized achieved, the system is operating Light on Light off...
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Page 18: Test Input
Test input If the test function is used (and if optimum alignment is achieved) the indicators react as follows: Table 1-4 Automatic restart mode and start interlock mode Receiver Emitter indicators Optical Relays Actions status indicators status signal status Close to the external Sufficient Energized test contact (1) -
Page 19: Mirrors
Mirrors Refer to table 1-6 for multi-beam beam height information. Each mirror will reduce the overall scanning range by 10 percent (25% for FF-SPS11MIR and FF-MSK1). See figure 1-8 to check the value of each mirror. Table 1-6 Multi-beams, Beam Height Number of Beams Height Above Floor mm (in) 400 (15.7) - Page 20 Figure 1-8 Mirror Beam Configurations 1 System, 1 Side, 2 Beams 2 Systems, 2 Sides, 2 Beams 0,5 to 15 m 0,5 to 36 m (1.64 to 49.2 ft.) (1.64 to 118.1 ft.) 900 mm (35.4 in.) 900 mm (35.4 in.) 400 mm 400 mm (15.7 in.)
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Page 21: Specifications
Specifications OPERATING CHARACTERISTICS Scanning Range Standard 0.5 to 40.0 m (1.64 to 131.2 ft) Low temperature 0.5 to 20.0 m (1.64 to 65.6 ft) Long range 30 to 75 m (98.4 to 246 ft) Minimum Detected Object Size 40 mm (1.57 in.) diameter Effective Aperture Angle ±... - Page 22 This page has been left intentionally blank. 107063-11 EN FR26 GLO 800 Printed in France Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Downloaded from Downloaded from Downloaded from Downloaded from Downloaded from...
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Page 23: Installation
This section discusses the calculation of safety distance, mounting and alignment of the FF-SPS4 Series safety perimeter guarding system. IMPROPER INSTALLATION OF FF-SPS4 SERIES PERIMETER GUARDING SYSTEM • Install FF-SPS4 perimeter guarding system in accordance with this installation manual and applicable safety regulations and standards (OSHA, ANSI, European standards). -
Page 24: How To Calculate Safety Distance
Figure 2-1 Perimeter Guarding System Safety Distance Diagram IMPROPER FF-SPS4 SERIES APPLICATION • A minimum of two beams are required to properly apply the FF-SPS4 Series safety perimeter guarding devices. • Entry into the protected area must be allowed only by interruption of the sensing beams. -
Page 25: Sample Calculation
Reflective surfaces near the sensing field can cause the reflection of the sensing beams and result in two optical paths to the receiver. The FF-SPS4 Series safety perimeter devices must be installed so there are no reflective surfaces within the beam angles of the emitter and receiver. -
Page 26: Sample Calculation
Mounting Considerations This section contains optical alignment and mounting information (see figures 2-3 and 2-4). There are various ways to mount FF-SPS4 Series perimeter guarding devices (singularly, in groups, and in different orientations). The customer is responsible for determining which mounting method will guard the machine most effectively. -
Page 27: Optical Alignment
Figure 2-4 Mounting Dimensions - Quick-connect Style (for reference only) Optical Alignment To ensure optimum operation, the proper optical alignment of the FF-SPS4 Series perimeter guarding devices is essential. The emitter and receiver devices must be mounted in parallel, at the same height, and with an angular displacement of no more than +2 (see figure 2-5). - Page 28 Figure 2-6 Side by Side Installation Machine 1 Protection Machine 2 Protection To ease installation (wiring), emitters may be pointed in the same direction, especially when multiple systems are perimeter guarding the same side of a machine. To prevent any mutual interference or crosstalk, select two different emission frequencies of infrared modulated light by using the two internal switches F1 or F2 (see figure 2-7).
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Page 29: Emission Frequency Selection
Failure to comply with these instructions could result in death or serious injury. The FF-SPS4 Series safety perimeter guarding system has internal switches that are used to select the emission frequency (F1 or F2) of the infrared modulated light. To avoid crosstalk or mutual interference when two perimeter guarding systems are close to each other, these switches need to be set to different frequencies. -
Page 30: Check Emission Frequency Selection
Failure to comply with these instructions could result in death or serious injury. The FF-SPS4 Series perimeter guarding system is factory set (see figure 2-12) to operate in the start and restart interlock mode to control access to a dangerous zone. The restart push- button must be installed outside the dangerous area. -
Page 31: Test Input Option
Figure 2-12 Start and Restart Interlock, Start interlock and Automatic Reset Switch Setting Start & Restart interlock (Factory setting) Start interlock * Automatic reset ** Receiver FF-SPR Mode of delivery Test input option This fail-safe equipment is based upon a permanent self-checking principle which means that its integrity does not rely upon the use of the test option. -
Page 32: Ff-Sps4 Access Control Systems
Contacts status TEST-CONTACT NO contacts X1 and X2 NC contacts X1 and X2 NO contacts K1 and K2 De-activated Closed Open Closed Activated Open * Closed * Open * *Press the restart push-button if necessary. After activation of the test contact, the NO contacts of the equipment (X1 and X2) are open, the NC contact of the equipment is closed and the NO contacts of the FSD (K1 and K2) are open. - Page 33 SPS4752 - SPS4083 - SPZ6301801 SPZ6301801 SPS4EEX SPS4RRX SPZ6301805 SPZ6301804 SPS4RM1 SPS4EM1 Number of beams 2 beams Number of beams 3 beams Beam heights (mm) 400 & 900 Beam heights (mm) 300, 700 & 1100 Scanning range 5 to 75 m Scanning range 0 to 8 m Emission frequency...
- Page 34 SPS4753 - SPZ6301802 SPZ6301802 SPS4RER SPS4ERE Number of beams 3 beams Beam heights (mm) 300, 700 & 900 Scanning range 5 to 75 m Emission frequency F1 (50 kHz) & F2 (40 kHz) Restart mode on delivery Start & restart interlock Electrical wiring Standard (1) Snap-in clips...
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Page 35: Mounting Hardware
Mounting Hardware The FF-SPS4 Series perimeter devices are delivered with rotatable brackets and include the hardware necessary to install them (see figures 2-12 and 2-13). The bracket is fastened to the bottom of the perimeter device. Two additional holes, located at the back of the device, can also be used to install the product. -
Page 36: Mirror Hardware
Mirror Hardware The individual mirror includes all mounting brackets and hardware necessary for installation. The mounting brackets allow rotation of the mirror to a desired angle (see figure 2-14 or 2-15). The FF-SCZ0 _ MIR Series floor-mounted deflection mirrors are designed for perimeter protection (see figure 2-16). - Page 37 Figure 2-15 Single-beam Mirror (FF-SPZ01MIR/FF-SPZ11MIR) Mounting (for reference only) (1.38) Note : -35° ≤ α1 ≤ +35° if ß=0° or 180° 123,5 x 103,5 (4.86 x 4.07) Note : -45° ≤ α2 ≤ +45° if ß=0° or 180° 3 CHC screws (key nb 3) 3 CHC screws (key nb 3) 107063-11 EN FR26 GLO 800 Printed in France Arrow.com.
- Page 38 Figure 2-16 Floor-mounted Deflection Mirrors (for reference only) 34 (1.34) Note Mirrors European norm (EN 999) specifies beam heights as 100 X 120 (3.94 x 4.73) follows: Heights in mm (in.) Number of beams SCZ02MIR (2 beams) (15.7) (35.4) 1100 SCZ03MIR (3 beams) (11.8) (35.4)
- Page 39 FF-SPS4 access control systems Figure 2-17 Floor mounting columns 133,2 (5.25) 12,5 (0.49) 196 (7.72) 107063-11 EN FR26 GLO 800 Printed in France Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com.
- Page 40 Figure 2-18 Position of FF-SPS4 units and mirrors Adjustable mirror Adjustable mirror Adjustable mirror Figure 2-20 Fixing the FF-SPS4 units 107063-11 EN FR26 GLO 800 Printed in France Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com.
- Page 41 Figure 2-21 Fixing the non-adjustable mirror FF-SPZ680 GGGG GGGG -F GGGG GGGG (Fastening torque = 3Nm +/- 0.2 Nm) Thread locked bolt Figure 2-22 Fixing the adjustable mirror FF-SPZ680 GGGG GGGG GGGG -R GGGG Tighten to a maximum, then unscrew with a single turn Adjusting screw...
- Page 42 Figure 2-23 45° mirror FF-SPZ680 GGGG GGGG - G G G G GGGG GGGG 7,3 (0.29) 100 (3.94) 214 (8.43) FF-SPZLASER laser pen for infrared beam alignment Technical features Laser Diode Classification Class II Optical power 1 mW max Wave length 632 nm Laser Class Beam diameter...
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Page 43: Setting Up
Figure 2-25 FF-MSK1 White Glass Rear Surface Reflective Mirror (for reference only) Setting up Using the laser pen for infrared beam alignment FF-SPS4 single safety beam The use of the FF-SPZLASER pen is recommended to perform easy and fast beam alignment, particularly if the scanning distance is greater than 10 meters. - Page 44 Target Target Laser pen Backsight Receiver notch FF-SPR Emitter a) Install the brackets and the sensors without tightening the screws, and supply the units with the correct power to supply the front panel indicators (refer to § 6.2 and § 6.3). b) Put the laser pen in the location notch of the emitter unit.
- Page 45 Use of individual deflection mirrors FF-SPZ Each mirror is delivered with a target drawn on an adhesive paper (the electrostatic process guarantees the cleanliness of the mirror). For a quick infrared beam alignment, follow the following procedure: Install the brackets, the sensors and the mirror(s) without tightening the screws, and supply the units with the correct power to supply the front panel indicators (refer to §...
- Page 46 FF-SPS4 access control systems The complete system is preadjusted on delivery to reduce time spent on the installation. Use the following procedure for correct installation : 1. Each column is delivered with a drilling and positioning gauge which indicates the central position of a swivel (M6 screw plug provided with the column) and the position of 4 fixing holes located at each corner of the base plate (fixing screws are not provided with the column).
- Page 47 3. The laser pen and its mechanical must be used for an easy installation. They can be installed on the top and rear of each column. • Install the laser pen and its mechanical adapter on one of the 2 columns and adjust its orientation to get the laser red spot closed to the laser location hole available on the opposite column.
- Page 48 • If one or two sets of 45° mirrors are used, place the laser pen on the location notch of the uppermost emitter located in front of the uppermost mirror. The laser red spot must strike the middle point on top of the uppermost mirror: 1 to 6: laser beam path 4.
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Page 49: Connections
Connections Overview This section contains information about electrical connections and wiring. The FF-SPS4 Series safety perimeter guard devices are easy to install using quick-connect and terminal strip style termination. IMPROPER INSTALLATION Strictly adhere to all electrical connection instructions. Failure to comply with these instructions could result in death or serious injury. -
Page 50: Quick-Connect Connector Wiring
Quick-connect Connector Wiring (see figures 3-2, 3-4, 3-5 and 3-6) The following tools are necessary: • A set of wire strippers. • A medium-sized flat-head screwdriver. • A crimping tool (reference FF-SBZCRIMP) • A removal tool for crimped contacts (reference FF-SBZREMOV). To ensure the specified immunity to electrical noise, the ground terminal of FF-SPS4 must be connected to the main ground of the machine. -
Page 51: Terminal Strip Connector Wiring
Figure 3-2 Quick-connect Connector Pinouts Receiver Emitter Terminal Strip Connector Wiring (see figure 3-3) The terminal strip is a plastic connector. To ensure compliance with the rated sealing, install only one cable through the connector and attach firmly (see figures 3-3, 3-4, 3-5 and 3-6). CONNECTOR DAMAGE To prevent irreversible connector damage, do NOT pull on wires during removal. - Page 52 Emitter Wiring: Wire the emitter connector as follows: Ensure cable wire is installed through reducer and user plug before wiring. 1. Using a Torx T15 screwdriver, remove the four cover screws and cover. 2. Strip 8 mm (0.3 in.) of insulation from the wire end. 3.
- Page 53 Figure 3-3 Terminal Strip Connector Pinouts Receiver Emitter 107063-11 EN FR26 GLO 800 Printed in France Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com.
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Page 54: Power Supply Wiring
Power Supply Wiring The FF-SPS4 Series safety perimeter guarding devices operate at 115 Vac. A low voltage version (24 Vdc) is also available. All of the safety perimeter devices have the same connection for power. The low-voltage perimeter devices have a reverse polarity protection feature to ease installation. -
Page 55: Perimeter System Wiring
Perimeter System Wiring IMPROPER CONTROL SYSTEM Ensure independent stop circuit relays have mechanically linked contacts that prevent contact overlapping in the event of a welded contact. Failure to comply with these instructions could result in death or serious injury. The following figures illustrate the electrical wiring of the safety perimeter systems. The customer is responsible for providing the safety relays, R, the restart push-button, the arc suppressors, and the test circuit. - Page 56 Figure 3-6 Wiring Diagram for Two Perimeter Systems Ensure the two NO contacts of the same push-button are used to restart the two safety systems at the same time. Arc suppressor (see relay supplier for best value) Receiver Emitter and Receiver A and B Internal Fuse Neutral...
- Page 57 Electrical connection of the FF-SPS4 access control systems This chapter gives additional information on how to connect the access control systems provided with the plug & play option. Please, also refer to chapters 4.2 and 5 for detailed explanations of electrical functions or for the electrical connection of systems provided without the «...
- Page 58 Systems SPS4752 G G G G -1 (plug & play option): SPS4RRX q -1 SPS4EEX q -1 Machine stop contacts (chapter 4.2.2) Auxiliary contacts (chapter 4.2.3) Restart interlock & FSD monitoring Supply (chapter 4.2.4 & 4.2.5) (chapter 4.2.1) Earth (1) connected connected Supply...
- Page 59 Systems SPS4083 G G G G -2 and SPS4163 G G G G -2: SPS4EM qq -2 SPS4RM qq -2 Machine stop contacts (chapter 4.2.2) Auxiliary contacts (chapter 4.2.3) Restart interlock & FSD monitoring (chapter 4.2.4 & 4.2.5) Supply (chapter 4.2.1) Earth (1) Supply (chapter 4.2.1)
- Page 60 Systems SPS4753 G G G G -1: SPS4RER q -1 SPS4EM0 q -1 Machine stop Machine stop contacts (chapter contacts (chapter 4.2.2) 4.2.2) Auxiliary contacts Auxiliary contacts (chapter 4.2.3) (chapter 4.2.3) Not connected Restart interlock Restart interlock & FSD monitoring &...
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Page 61: Inspection And Maintenance
Maintenance Overview This section discusses the operational test, maintenance, troubleshooting and repair of the FF-SPS4 Series safety perimeter guarding devices. Operational Test Perform the operational test at least once a day, every time maintenance has been performed and every time the system is powered up. The operational test consists of interrupting the sensing beam with a 40 mm (1.58 in) test rod placed in front of the emitter. -
Page 62: Troubleshooting Procedures
Troubleshooting Procedures If the FF-SPS4 Series safety perimeter system is working properly and the sensing field is not interrupted, the receiver’s output relay indicator (green) must be illuminated. If these conditions are not met, refer to the table 4-1 and corresponding maintenance procedures. - Page 63 Select an identical emission The emission frequencies of the emitter frequency F1 or F2 on both emitter and the receiver are different and receiver Remove the detected object from the Beam occultation sensing area Check: • Presence of RC components or varistors on inductive loads •...
- Page 64 Possible incidents in the start interlock modes Symptoms Causes Corrective actions Emitter Receiver • Check the quality of the connections on the FSD monitoring loop and the contacts of the The power has been Final Switching Devices switched off then restored •...
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Page 65: Maintenance And Repair
Failure to comply with these instructions could result in death or serious injury. Cleaning FF-SPS4 Series perimeter guarding devices and mirrors are designed to operate in harsh industrial environments. Dirt, dust, grease, and oil are unavoidable in harsh environments. Clean the mirrors and the emitter and receiver units to ensure proper operation. This section provides specific, step-by-step instructions related to the proper cleaning techniques for the emitters, receivers, and mirrors. - Page 66 Dry Cloth POWER APPLIED TO MACHINE CONTROL SYSTEM Turn off and disconnect power from FF-SPS4 Series perimeter guarding device and machine. Failure to comply with these instructions could result in death or serious injury. CAUTION FRONT PLATE AND FINISH DAMAGE Gently wipe soiled areas with soft, clean, non-abrasive cloth.
- Page 67 5. Dry the emitter and receiver with a soft, dry, non-abrasive cloth. Ensure there is no moisture left on the emitter and receiver units before power is applied. 6. Connect power to the machine and perimeter guarding device. 7. Perform the operational test to ensure proper functional readiness. Mirrors CAUTION MIRROR DAMAGE...
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Page 68: Fuse Replacement
Fuse Replacement POWER APPLIED TO MACHINE CONTROL SYSTEM Turn off and disconnect power from FF-SPS4 Series perimeter guarding device and machine. Failure to comply with these instructions could result in death or serious injury. 1. Turn off and disconnect power to the perimeter guarding system and the machine. -
Page 69: Ground Connection
Figure 4-3 Fuse Location Emitter Board Receiver Board Power supply Power supply fuse location fuse location Ground Connection 1. If the perimeter guarding device is a quick-connect version, ensure the ground is connected securely to the screw in the user plug. 2. - Page 70 This page has been left intentionally blank. 107063-11 EN FR26 GLO 800 Printed in France Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com.
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Page 71: Order Guides
Order Guides Order Guide information A catalog listing for a FF-SPS4 Series safety perimeter system includes: one emitter, one receiver, two mating plugs for the metal quick-connect version, two mounting brackets (including bolts, nuts, and washer), and this installation manual. -
Page 72: Order Guide
Order Guide • lens heating models Scanning Connecting Supply Complete sets Temperature Emitter Receiver range terminals voltage range 0.5 to 20 m terminal strips 120 Vac FF-SPS42TRE -25° to 50°C FF-SPE42TXE FF-SPR42TRE (1.65 to 65 ft.) (snap-in-clips) (-13° to 122°F) 240 Vac FF-SPS42TRG FF-SPE42TXG... - Page 73 The following access control systems do not have the test input option : Systems Voltage Number of supply Spares listings to be ordered (also refer to chapter 9 for protective covers) beams / Standard (1) Plug & play option (2) Prewired option (3) scanning range...
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Page 74: Accessories Order Guide
Crimping tool for crimped contacts (for connector version) FF-SBZREMOV Removal tool for crimped contacts (for connector version) FF-SBZROD35 Ø 35 mm test rod for FF-SPS4 series FF-SCZ604764 Mechanical adapter for the installation of the laser pen on the FF-SPS4 floor mounting column... -
Page 75: Warranty Information
Information Warranty And Remedy Honeywell warrants goods of its manufacture as being free of defective materials and faulty workmanship. Contact your local sales office for warranty information. If warranted goods are returned to Honeywell during that period of coverage, Honeywell will repair or replace without charge those items it finds defective. - Page 76 Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com.
- Page 77 : Ground (GREEN) C4: Test (+) (ORANGE) GENERAL INFORMATION C5: Test (-) (BLACK) Honeywell's FF-SPS4 Series Safety Single Beam Device – Quick Disconnect is a self-contained, Figure 2. Twelve-pole Receiver Receptacle perimeter protection device designed to detect the (face view) body of an operator before gaining access to a dangerous area.
- Page 78 Aluminum alloy, yellow painted according to RAL 1021 [polyurethane] Front face Polycarbonate Emitter 1,150 g [2.5 lb] Weight Receiver 1,350 g [3 lb] 2 Honeywell • Sensing and Control For application help: call 1-800-537-6945 Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com.
- Page 79 38,4 1.51 36,5 MAX 1.44 13,5 0.53 94,0 3.70 65,0 2.56 4x Ø M6 0.31 Threaded Holes Honeywell • Sensing and Control 3 For application help: call 1-800-537-6945 Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com. Arrow.com.
- Page 80 PK 80142 ISSUE 2 ORDER GUIDE* WARRANTY/REMEDY Catalog Listing Description Honeywell warrants goods of its manufacture as FF-SPS44QR2 Emitter and receiver, 40 m [131 ft] scan range, quick disconnect, 24 Vdc being free of defective materials and faulty FF-SPS44QRE Emitter and receiver, 40 m [131 ft] workmanship.