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0% found this document useful (0 votes)
64 views171 pages1365 & 70 FSH 3668-5e
Uploaded by
Angel GomezCopyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
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/ 171
3M
Model 1365/1370
Detection System
Field Service Handbook
ZX WARNING
THIS EQUIPMENT CONTAINS LETHAL VOLTAGE AND SHOULD BE SERVICED ONLY
BY 3M FACTORY TRAINED TECHNICIANS. THIS SERVICE DOCUMENTATION IS
INTENDED ONLY AS A SUPPLEMENT TO 3M FACTORY TRAINING.
Printed in USA
© 9M 1998 June 78-6970-3668-5/Rev. E
ity
\ding 225-4N-14
144-1000 Revision History Model 1365
The original issue of this manual and subsequent revisions are identified as follows:
Issue date (Rev. A): 9/01, Rev. B: 5/92, Rev.
: 8/93, Rev. D: 12/94, Rev. E: 6/98
All pages should be dated 9/91, except for the following Rev. B, C, D and E added and revised pages:
Page Date Page Date
a 6/98 30 12104
ii i 12/94 341 thu 34 12104
1 5/92 4-0 12194
4-1 thru 4-7 12194
2:4 it, i 12/94
244 thru 2-3 12/04 7A e198
24 5/92
28 5192 14 12194
210 5/92
244 12/04
2148 12104
24143 12/94
215 thru 247 12/94
2-28 thru 2-25 12/94
2-26 5/92
2-31 3/98
2-32 12/94
2-36 3/93
2-60 12/04
2-60A 12/04
2-60B 12104
261 thru264 12/04
2-648 12/94
2-643 12/04
2-65 thru 2-67 12/94
2-68 5/92
2-73 5192
2-74 12/94
2-76 5192
2-79 3/93
2-80 5/02
287 3/93
2-100 12/04
2-405 thru 2-112 42/94
This manual was developed for the Model 1365, The information in this manual also applies to the Model 1370
unless noted otherwise. Technical Bulletin 1-8/94 announced the introduction of the Model 1370.
a aM 1608 June Safety Summary
\ DANGER
Operator Warning Gervies Personnel Warning
Fisk of sacra! shook, leconnect power before sarvicing. System
Bonet remove covers or panel,
‘Thi equlpment conta igh watage slecteal
drut Not oper ervenabe.
Fete al ering to 3 actor Wales
service preonnel
Z\WARNING
ere
AWARNING
eer
pera.
AXCAUTION
Se eo
pers eees
AXCAUTION ‘WARNING!
een ELEOTRENL svoCK Azan
pea ets 5
Proprietary Notice
This document contains information of the 3M Company and is intended to be used by
authorized 3M service personnel only. Other uses or disclosures are forbidden.
No portion of this publication may be reproduced without written permission of the
Safety and Security Systems Division, 3M Center, Bldg. 225-4N-14, St, Paul, MN 55144.
9M Safety and Security Systems Division
9M Center Bldg. 225-4N-14
St. Paul, MN 55144-1000 Your safety is your responsibility.
Before working on equipment, protect yourself from electrical shock
hazard.
© All of our equipment is potentially lethal.
@ Your body is an electrical conductor.
@ Remove watches, rings, large belt buckles and key rings. If they contact live parts,
serious shocks, burns and arcing are possible.
@ Use the one hand only rule when working on energized equipment. Do not give current
a path to ground.
@ Unless necessary for maintenance procedures or static control, unplug the equipment
from the electrical source.
Never work alone on energized equipment.
Ensure that all protective devices and covers are in place before energizing equipment.
All extension cords used with grounding-type equipment must be of the correct type, un-
altered to interrupt proper grounding, and inspected before each use.
@ No altered adapter for such extension cords may be used that interferes with, blocks, or
interrupts the grounding conductor.
@ Inspect all meters, scopes, test equipment. soldering irons, hand drills and power tools
before each use. Be especially certain to check for frayed or damaged power cords, test
leads and cables.
@ Make sure that you have a good flashlight or other illumination when working on
energized equipment.
@ If you are not trained on it, do not work on it
@ |f you are working in a flooded area, make sure that the equipment is properiy double-
insulated and/or GFI (Ground Fault Interrupter) protected.
@ Make sure that your hands are dry when you connect equipment.
© Do not use flammable solvents or materials near energized equipment.
© Do not leave energized equipment unattended without posting easily visible hazard signs. The only sure way to determine if exposed parts are live is to use a meter or test light.
Determine nominal voltage by referencing the wiring diagram and verifying with a meter.
Do not clean up near energized equipment without proper safeguards.
If you are required to work in proximity to energized and exposed power panels or
equipment, make sure that proper clearances are maintained or that protective barriers
are in place. (See the clearance table below.)
Read and heed all safety warnings and signs.
At all times, correct all deficiencies before you proceed.
Voltage Range Phase-to-Phase
Minimum Clearance’
300v
Avoid contact
Over 300V but not over 750V
1 foot, 0 inches
Over 750V but not over 2kV
1 foot, 6 inches
Over 2kV but not over 15kV
2 feat, 0 inches
Over 15ky but not over 37kV
8 feet, 0 inches
* Clearances relate to items such as open breaker panels.
You should know that:
Voltages above 25 VAC or 50 VDC with a relatively small amount of current can be very
dangerous.
As noted in the following table, as little as 21 mA with 115 VAC can start muscular inhibition
(the inability to release yourself from the electrical conductor). As little as 100 mA at 115
VAC can be fatal.
Even DC voltages with a small amount of current can be dangerous.
Probable Effects of Electrical Shock (External Contact)
AC (60 Hz) pc Effects
O-1mA O-4mA Perception
4-4ma 4-15 mA Surprise
4-21 mA 15-80 mA Retlex action (freezing starts)
21-40 mA 80 - 160 ma Muscular inhibition
40-100 mA 180 - 300 mA Respiratory block
Over 100 ma Over 300 mA Ventricular fibrillation (usually fatal) Model 1365
Table of Contents
1 Specifications
141. Specifications 14
4-2. Supplies 12
4-8. Accessories 12
2 Installation
With Base Plate
2-1, System Installation (With Base Plate) a4
2-1-1. Tools Required 24
2-2. Pre-installation Requirements 22
2-2-1. Site Inspection 22
22:2. _ Power - Voltage Specifications 22
2-3. Model 1365 Installation Procedure (With Base Plate) 23
23-1. Unpacking 23
28-2. System Positioning 23
2.33. Wire Routing 25
2-3-4. Power Connection 25
2-35. Base Securing 28
2-3-6. Gate and Turnstile Installation 28
28-7. System Checkout 28
2-3-8. Install Carpet and Covers 2-40
23-9. Operational Checks ant
23-10. Final Assembly of System 244
2-4, Additional Information at
2-4-1. CPG Connections 2
24-2. Gate Timing Chart 242
2-4-3. TB2 Connections 242
2-4-4. Diagnostic Indicator Chart 212
2-4-5. Photocell Alignment Procedure 213
2-4-6. Antenna Null Verification 244
2-4-7. Model 1370 Null Adjustment 2148
25, System Layout Checklist 245
2-5-1. System Placement Relative to Interfering Objects 2415
25-2. System Accessories 247
Direct Mount Buried Wiring - Without Base Plate
2-10. System Installation 228
Installation Overview 2.23
. Tools Required 2:24
2-11. Pre-Installation Requirements 2.25
241-1, Site Inspection 2.25
2-11-2. Power - Voltage Specifications 2-26
(Continued)
Tan ieer
December Table of Contents Model 1365
2 Installation (cont.)
Direct Mount Buried Wiring - Without Base Plate (cont.)
2-12, Model 1965 Installation (Without Base Plate) 2:28
2-121. Unpacking 2:29
Site Preparation 2-80
System Positioning 231
Mounting Panel Bases to Floor 2:34
Installing Mounting Feet 2.37
Instaling Lattice/Pedestal 2-39
Vertical Alignment of Lattices 2-43
Id Coil Wire Connections 244
Antenna Wire Connections 2-46
|. JA Cable Connections 2-47
- Ground Wire Connections 2-47
. AC Power Wiring 2-48
. Power Cord Connections 2-50
. Setting the Operating Voltage 2-52
Remote Alarm Switch (Optional) 2-52
Gates 2-58
2-12-17. Installing Pedestal Covers 2-53
213, System Checkout 254
2-1-1. System Operation and Strip Detection 2-54
2-18-2. Operational Checks 2-56
213-8. Final Assembly of System 257
2:14. Additional Information 2-58
2:14-1, CPG Connections 2-58
244-2. TB2 Connections 2-58
2.14.8. Photocall Alignment Procedure 2-59
2-14-4, Antenna Null Verification 2-60
2:14-5. Model 1870 Null Adjustment 2-608
2:15. System Layout Checklist 261
2-161. System Placement Relative To Interfering Objects 261
2-152. System Accessories 2-63
2-15-3. 93 1/2 inch Contractor Template 2-64
2-1-4. 96 inch Corridor Layout Plan 2-648
Direct Mount - Without Baseplate
2:16. System Installation 2-65
2-16-1. Installation Overview 2-65
2-162. Tools Required 2-66
2:17. Pre-installation Requirements 267
2447-1. Site Inspection 267
217-2. Power-Voltage Specitications 2-68
2-18. Model 1965 Installation 2-70
218-1, Unpacking 27
218-2. Site Preparation 272
2-8-3, System Positioning 2-73
2-18-4. Mounting Panel Bases to the Floor 2-76
2-18-5. Install Wiremold Base 2-79
(continued)
BN To0e
December Model 1365 Table of Contents
2 Installation (cont.)
Direct Mount - Without Baseplate (cont)
2:18-6. Installing Mounting Feet 281
2-18-7. Installing Lattice/Pedestal 2-83
2-188. Vertical Alignment of Lattices 287
218-9, Field Coil Wire Connections 2-88
2-18-10, Antenna Wire Connections 2-90
2-18-11, JA Cable Connections 291
2-18-12, Wiremold Ground Wire Connections 291
218-18, AC Power Wiring 2-92
2-18-14, Power Cord Connections 2-94
2-18-15, Setting the Operating Voltage 2.97
2-18-16, Remote Alarm Switch (Optional) 2.97
2-18-17. Gates 2-98
2-18-18. Installing Pedestal Covers 2-98
2-19. System Checkout 2-99
‘System Operation and Strip Detection 2-99
Operational Checks 2-401
2-19-3. Final Assembly of System 2-102
2:20. Additional Information 2-108
2:20-1. CPG Connections 2-403
2-202. TB2 Connections 2103
2-20-38. Photocell Alignment Procedures 2104
2-20-4. Antenna Null Verification 2405
2-20-5. Model 1870 Null Adjustment 2106
2-21. System Layout Checkiist 2-108
2-21-1. System Placement Relative to Interfering Objects 2-108
2:21-2. System Accessories 2410
2-21-3, 98 1/2 inch Contractor Template 2At
2:21-4, 86 inch Corridor Layout Pian 2412
3 Adjustment
3-1. Model 1385 34
3-2. Model 1970 Antenna Null 32
4 Disassembly/Reassembly
4-1, Format 4
4-2. CPG Assembly at
4-3. Microprocessor PCB 43
4-4. CPG Transformer Assembly 44
45. SOR PCB 44
46. SCR Assembly 45
4-7. Interlock Switch 46
4-8. Power Supply Capacitor 46
aM 1994 December Table of Contents Model 1365
5
5-4. LED Codes 54
5-1-1. Introduction al
Power Up/Reset Diagnostic Routine 5A
‘SWM (Photocell) Diagnostic Routine 52
Continuous Interrogation Diagnostic Routine 52
6 Theory of Operation
6-1. System Description e1
6-1-1. General Description 64
6-4-2. Operation et
6-1-3. Subsystems et
6-2. Sequence of Operation 6s
62:1, Basic Operation 63
7 Diagrams
7-1, Functional Schematic TA
7-2. Service Summary 72
W ON 1997 September Model 1365 Table of Contents
8 Troubleshooting
8-1, Introduction at
8-2, What To Do On A Service Call a2
8-3. Problem Identification 83
8-4, Diagnostic Code Explanation 84
8-5. Synchronous Noise Troubleshooting 85
85-1. Identification 85
85-2. Locating Sync Noise 85
85-3. Sources (Internal) 8s
845-4. Locating External Noise Sources 85
85-5. Possible External Noise Sources 86
85-6. Solutions 86
8-6. __Nonsynchronous Noise Troubleshooting 86
8-6-1. Identification 86
8-6-2. Locating - Internal or External 87
8-6-3. Sources of Internal Noise 87
8-6-4. Locating External Noise Sources 87
8-6-5. Sources of External Noise 87
8-6-6. _ Solving Nonsynchronous Noise Problems 87
8-7, Internal Failure 88
8-7-1. Identification - Power Up/Reset,
‘SWM (Photocetl) Mode 88
8-7-2. Diagnostic Codes 88
8-7-3. Additional Information 89
8-7-4. Solutions 89
8-8. CPU-Processor Lock-up 89
8-6-1. Identification 88
8-6-2. Symptoms 8
88-3. Solution 89
8-9. Operator Error 8-40
8-9-1. Identification 8-40
8-9-2. Locating - No Alarms 8-40
8-8-3. Solving - No Alarms 8-40
89-4. Locating - False Alarms 8-10
8-95. Solving - False Alarms 8-10
8-10, Troubleshooting Tool List 8-40
8-11, Functional Block Diagram att
8-12. Microprocessor PCB Layout 8-12
8-13. Strip Switching/Ramp Signal Oscilloscope Settings 8-13
8-14. Spare Parts 814
8-15. Testing an SCR 814
Saw 18ST — September v Mode! 1365 Specifications Contents
Contents Page
1-1. Specifications 14
4-2. Supplies 42
1-3. Accessories 1-2
Su TeST —Septaniber od Model 1365
Specifications
1-4. Specifications
Machine Specifications:
Name: Detection Computer
Model: 1365 75-0299-8011-9
Model: 1365 Direct Mount 75-0299-8014-3
Physical Specifications:
Height: 65 in. (1.65 m}
Width: 83-172" corridor 44-
36" corridor 47-1/2
Depth: 38 in. [96 m]
Weight: 200 Ibs. [118.8 kg] System only
Lattice Thickness: 4-1/2 in. [120 mm}
Construction:
The system is designed to be mounted on a
baseplate. The baseplate is constructed of 1/8 inch
‘aluminum with the base threshold composed of
rigid PVC plastic. The lattices are assembled from
rigid PVC extrusions welded together with the same
‘material. Systems which are installed without a
baseplate are anchored directly to the floor.
Power Source:
Votage:
105, 120, 210, 240VAC.
50/60HZ
The system performs as required when
normal line variations are experienced. This
fluctuation is nominally +/- 10% of the stated
line vottage in a particular country.
Amperes:
0.2 amps - 120VAG standby state
0.1A amps - 240VAC standby state
0.8A amps - 120VAC CPG pulsing with optional
gates locked
0.44 amps - 240VAC CPG pulsing with optional
gates locked
Outlet Type: Three wire, isolated ground,
dedicated line.
Do not connect to a receptacle that
is controlled by a switch.
Power Requirements:
24 Watts - standby state
96 Watts - CPG pulsing, with optional gates locked.
Direct Mount systems are not designed to
accommodate gates
Environment
Operation:
‘Temperature: 50°F [10°C] to 104°F [40°C]
Humidity: 0 to 85% (non-condensing)
Storage:
‘Temperature: -40°F [-40°C] to 131°F [55°C]
Humidity: 0 to 85% (non-condensing)
Alarm Outputs
‘Aural: Alarms are sounded by an internal
3-1/2 in. speaker. Relay contacts on TB2
terminal strip.
Indicators:
‘An LED readout, viewable through an opening in
the base pedestal on the microprocessor PCB side,
provides an indication of the operational status of
the system.
Controls:
Internal: (Service Only)
Mode Switch - Selects photocell (SWM) or
continuous (Cont) operation.
Interlock Switch - Automatically discharges the
storage capacitor when the access cover is
Temoved. Pulling the switch out will defeat the
interlock.
Microprocessor Reset - Resets system operation.
Options:
1865 Detection Computer - With Baseplate
1365 Detection Computer - Direct Mount
1965 Detection Computer - Direct Mount/Buried
Cable
San 195 May Specifications
Model 1365
1-1. Specifications (cont.)
External: (Customer)
Remote Alarm Box Switch (Optional) -
Three position
1. Center position - Normal operation,
2, Alarm- Causes the alarm to sound and the
exit gate to lock.
8. Disable - Causes the alarm not to sound and
the exit gate not to lock.
4. Power Circuit breaker reset button located
Reset - on the lattice base.
Electronic interference:
The system will not false alarm in the presence of
large amounts of external electronic noise. The
system has intemal capablities to automatically
adjust the detection threshold level. Therefore,
excessive electronic noise will cause the system
coverage to degrade.
False Alarms:
‘The system will not respond to phantom signals.
However, the system will alarm if an item plated
with a material similar to that used in the strips is
carried through the system,
VO Connections:
All system/acoessory interconnections are made on
a 12 position barrier strip located in the processor
pedestal base. items connected to the barrier strip
include the speaker, any gates or turnstiles
(allowed on baseplate mounted systems only),
emote alarm box, and other external low voltage
devices of the customer's choice.
1-2. Supplies
tem
Strip, Programmable
‘Adhesive one side,
DS-BI-N
Strip, Programmable
Adhesive two sides,
DS-B2.N
Bayonets (10/tox)
Cassette Markers
CAS-1
(300/b0x)
Audio Cassette Markers
DAC+t
Compact Disk Markers
DeD-1
(100/b0x)
Video Cassette Markers
DVM-t
(200/0x)
1-3. Accessories
Model 955B Bookcheck
Sensitizer/Desensitizer
Model 930 Book
Desensitizer
Model 2001 Desensitizer
Model 2011 Resensitizer
Model 810 Bookholder
Model 951 Sensitizer
Hand held
Model 452 Gate
Gate Arm Standard
Oneae Power Line
Conditioner CL1102
Stock Number
75-0299-2649-2
75-0289-2648-4
78-8014-4969-1
78-8014-4924-6
75-0299-7522-6
75-0299-6637-3
75-0299-6185-3,
‘Stock Number
78-8064-2414-5
78-8021-8782-9
78-8022-5385-2
78-8054-3085-3
78-8021-8893-4
78-8054-2516-8
78-8021-8756-3
78-8054-3130-7
78-8054-3258-6
Padded Sleeve for Gate Arm —_78-8064-2294-1
aM 1881 Saptembar Model 1365
Installation Contents
Contents Page
With Base Plate
2:1. System Installation (With Base Plate) 24
21-1, Tools Required 24
2:2. Pre-installation Requirements 22
2-2-1, — Site Inspection 22
2-2-2. _ Power - Voltage Specifications 22
2-8. Model 1365 Installation Procedure (With Base Plate) 28
Unpacking 23
System Positioning 23
Wire Routing 25
Power Connection 25
Base Securing 28
Gate and Turnstile Installation 28
System Checkout 28
Install Carpet and Covers 2-10
Operational Checks 2at
Final Assembly of System 241
2-4, Additional Information at
2-4-1. CPG Connections 24t
Gate Timing Chart 242
‘TB2 Connections 242
Diagnostic Indicator Chart 212
Photocell Alignment Procedure 243
Antenna Null Verification 244
Model 1370 Null Adjustment 2148
2-5. System Layout Checklist 245
2-5-1. System Placement Relative to Interfering Objects 215
2-5-2. System Accessories 247
Direct Mount Buried Wiring - Without Base Plate
2-10, System Installation 2.28
2-10-1. Installation Overview 2-23
2-10-2. Tools Required 2-24
2-11. Pre-Installation Requirements 2:25
2-111. Site Inspection 2:25
2-11-2. Power - Voltage Specifications 2-28
2:12, Model 1365 Installation (Without Base Plate) 2:28
212-4. Unpacking 2:29
2-12-2. Site Preparation 2-90
2:12-3. System Positioning 231
2-124. Mounting Panel Bases to Floor 2:34
2:12-5. ~ Installing Mounting Feet 287
2-12-6. _ Installing Lattice/Pedestal 2:39
212-7. Vertical Alignment of Lattices 2-43
2-128. Field Coll Wire Connections 2-44
2-12-98, Antenna Wire Connections 2-48
2-12-10. JA Cable Connections 2-47
(Continued)
‘3M 1994 December EI Installation Contents Model 1365
Contents (cont,) Page
Direct Mount Buried Wiring - Without Base Plate (cont.)
242-11. Ground Wire Connections 247
2-12-12. AC Power Wiring 248
2-12-13. Power Cord Connections 2-50
2-12-14, Setting the Operating Voltage 2-52
2-12-15. Remote Alarm Switch (Optional) 2-52
2-12-16. Gates 2-53
2-12-17. Installing Pedestal Covers 2-53
2-13, System Checkout 2-54
‘System Operation and Strip Detection 2-54
Operational Checks 2-56
. Final Assembly of System 287
2-14, Additional information 258
2-14-1. CPG Connections 2-58
2-14-2. TB2 Connections 2-58
2-14-3. Photocell Alignment Procedure 2-59
2-14-4. Antenna Null Verification 2-60
2-14-5. Model 1370 Null Adjustment 2-80A
2-15, System Layout Checklist 2-61
‘System Placement Relative To Interfering Objects 2-61
‘System Accessories 2-63
33 1/2 inch Contractor Template 2-64
2-164. 36 inch Corridor Layout Plan 264A,
Direct Mount - Without Baseplate
2-16. System Installation 2-65
Installation Overview 2-65
Tools Required 2-66
2-17. Pre-installation Requirements 2-67
2-17-1. Site Inspection 2-67
2-17-2. Power-Voltage Specifications 2-68
2-18, Model 1365 Installation 2-70
2-18-1. Unpacking 2-71
2-182. Site Preparation 272
2-18-3. System Positioning 2-73
2-18-4. Mounting Panel Bases to the Floor 2-76
2-18-5. Install Wiremold Base 2-79
2-18-6. installing Mounting Feet 281
2-18-7. _ Installing Lattice/Pedestal 2-83
2-18-8, Vertical Alignment of Lattices 2-87
Field Coil Wire Connections 2-88
1. Antenna Wire Connections 2-90
|. JA Cable Connections 2.01
2. Wiremold Ground Wire Connections 2-91
3. AC Power Wiring 2-92
Power Cord Connections 204
. Setting the Operating Voltage 2-97
3. Remote Alarm Switch (Optional) 2-97
Gates 2-98
Installing Pedestal Covers 2-98
(continued)
a
aM 1094
December Model 1365
Installation Contents
Contents (cont.) Page
Direct Mount - Without Baseplate {cont,)
2-19, System Checkout 2-89
2-19-1. System Operation and Strip Detection 2-98
2:19-2. Operational Checks 2101
2-193, Final Assembly of System 2-102
2-20, Additional information 2.103
2-20-1. CPG Connections 2-108
2:20-2, TB2 Connections 2-108
220-8, Photocell Alignment Procedure 2-104
2-20-4, Antenna Null Verification 2-105
2-20-5. Model 1870 Null Adjustment 2-106
2-21, System Layout Checklist 2108
2-21-1, System Placement Relative to Interfering Objects 2-108
2:21-2. System Accessories 2110
2-21-38. 83 1/2 inch Contractor Template aan
2-21-4, 36 inch Corridor Layout Plan 2112
3M 1994 December Bali Model 1365. Installation (with Base Plate)
2-1. System Installation (with Base Plate)
2-1-1. Tools Required
1. In addition to standard technicians too! kit the following tools are required for a system installation.
Item Technician Tool Number
Dual Trace Oscilloscope 8100
Oscilloscope Probes (2) 334TE028
Metric Sockets 322WRO250
Ratchet 3/8-inch drive 322WwR107
Metric Allen Wrenches 2048C048
Item 3M Part Number
Calibrated Strip 78-8021-8842-1
Die Punch (10/pkg) 26-1006-6851-9
A DANGER
Cres
ieee
Peers
‘Operator Warning
Do not remove covers or panel
This equipment contains high voltage electrical
circuits. Not operator serviceable.
Refer all servicing to 3M factory trained
service personnel.
Saw 104 December a Installation (with Base Plate)
Model 1365
2-2. Pre-Installation Requirements
2-2-4. Site Inspection
Using the Pre-Installation Drawing as a reference,
inspect the area for interfering objects both physical
and electronic. Interfering items and the required
distance from the system are specified in paragraph
2.5, "System Layout Checklist’.
Maintaining minimum distances from interfering
‘objects is critical to proper system operation and
‘can generally be accomplished by moving the
interfering object or changing the location of the
system.
If the system placement is more than one foot from
what is described in the pre-installation diagram
then approval must be obtained from the Field
Service Manager as well as the customer.
2-2-2. Power - Voltage Specifications
Verify that electrical power is according to the
"installation Drawing" and meets the system
power requirements specified below.
Magnetic EAS System Power
Requirements
3M Tattle-Tape™ Systems are sophisticated
computer-based devices which require high quality,
surge and noise free electrical power for optimum
performance.
3M Tattle-Tape™ Systems are classified as
‘Security Systems and, as such, U.L. requires that
these systems be connected to an electrical outlet
not controlled by switches (e.g. light switches).
2. Options:
3M recommended Power Line Conditioner
A minimum current of two amperes must be
Continuously available to meet the power
requirements of the line conditioner and the
Tattle-Tape™ system for up to two systems.
‘Three systems will require at least three
amperes of current be continuously available,
‘The Oneac CL1102 power line conditioner is.
recommended for use with the system and will
power one or two systems. Three systems require
the larger Oneac CP1103 power line coneitioner.
or
A DEDICATED, ISOLATED GROUND CIRCUIT
OF AT LEAST 15 AMPERE CAPACITY AT
100-120 VOLTS OR 200-240 VOLTS.
This circuit may have no other outlets or devices
‘drawing power from it. It must have an insulated
grounding wire directly run from the system service
box to an isolated ground receptacle (orange) in
which the grounding terminalis purposely insulated
from the mounting box (NEMA 5-15 isolated
ground), This circuit is defined in section 250-74
exception No. 4 in the National Electric Code
Handbook. See figure 2-1.
Hot Conduit Equipment Ground
Main Servico
Entrance Panel
+ oj
Special Isolated
Ground Receptacle
Neutral Green Wire Ground
Isolated (dedicates)
Figue?t ——SS
8. Dual and triple system installations can be
powered from a single power source located at
either side of the installation by running power
from one system to the other. Special
knockouts are provided in the system pedestals
to allow for wire routing.
A kit is available to provide items needed for
this type of installation. ‘The wiring to the
second and third system is protected by a fuse
which is provided in the ki
22
aM 1994 December Model 1365
Installation (with Base Plate)
2
. Model 1365 Installation (with Base
Plate)
Verity the baseplate, system, caret, and
accessories are on hand. Read the entire
installation procedure before beginning the
installation.
A DANGER
coer
Not operator
‘Operator Warning
Risk of lectrical shook.
Do not reve covers or pane,
‘fer all arcing to M factory tralned
service parsoane
2-3-1. Unpacking
1. Before removing packaging, the system must
be moved to the installation location. DO NOT
remove the outer packaging material by iting
over the top of the system as the system will
easily overturn.
2, Remove banding, outer top cover, and outer
side corrugated material. The packaging
material MUST be removed by slitting the
comer tape seam. See figure 2-2,
3. Remove baseplate from packaging.
2-3-2, System Positioning
4. Place the baseplate in position as shown in the
installation drawing
+ The system may have been shipped with
the standard 36 in. [914 mm] corridor width
baseplate or the optional 33-1/2 in.
[850 mm] corridor width baseplate.
+ Verity the placement meets the
requirements detailed in the Model 1365
System Layout Checklist, paragraph 2-5.
2, Do not remove the liner from the non-skid tape
‘on the bottom of the baseplate at this time.
Note
In dual systems the baseplates must be placed
a minimum of 12-inches [80 em] apart. If three
or more systems are being installed, a
minimum of 18-inches [46 om] is required
between systems.
8, Remove packaging spacers from under the
lattices and from the top of the lattices.
4, Determine which lattice is to be positioned on
each side of the baseplate.
‘The CPG pedestal/attice assembly must be
located near the AC power source.
LAWARNING]
Do not connect to
ower source.
5. Do not remove the safety tag from the power
ccord until all unattached wires have been
properly connected.
AWARNING!
ELECTRICAL SHOCK HAZARD
Read and complet installation
Inatructions before connecting
to eletrval power source
Failure to do 0 6
equipment damage
rious Inury
uy
Figure 22
aw 1964 December
23 Installation (with Base Plate) Model 1365
2-3-2. System Positioning (Cont.) 9. Verify CPG chassis is correctly posiioned on
‘studs and there are no pinched wires,
6. On dual system installations the CPG
pedestallattice assembly is positioned toward *+ The system may have a baseplate for the
the AC power source. The CPG of the second standard 83-1/2 in. (860 mm] corridor width
system is located next to the detector side of of for an optional 36 in. [914 mm] corridor
the first uni, See figure 2-3 width.
+ Remove and aiscard the foam packing
‘Tadnohes | material from the CPG assembly.
wiTwo Units
10. Install two Mé/t x 20 mm flat head, sorews
through each baseplate side rail into the
= pedestal. Tighten at this time. See figure 2-4
PG PG
ASIN = =] Note
ie ic = ‘Al fasteners used in this system are metric.
= 11, Install two MB/1.25 mm locking nuts and
Le» washers on the baseplate mounting studs in
ac cee or) each pedestal. Tighten all four nuts at this
Poteau time, ‘See figure 2-4
Cord
Figure 23 oe
7. Set each pedestalfattice assembly on
baseplate mounting studs. See figure 2-4. (4), Both
8. Remove both pedestal covers by loosening (4)
screws on each cover, and lifting cover up and
out.
Note
+ The CPG safety shield panel must not be
removed.
+ The safety shield panel may be raised and
taped open to allow service access to the
CPG assembly.
+ The safety shield panel must be lowered ee
any time you are not working in the CPG
assembly,
+ Do not leave the system unattended with
the pedestal covers removed. Figure 2
zy ‘Mr Te92 Way Model 1365
Installation (with Base Plate)
2-3-3, Wire Routing
1, Connect the orange/white antenna leads from
the CPG lattice to the antenna terminal block
"BS" on the MPU board. Connect wire #15 to.
terminal 3, wire #1 to terminal 4.
2. Connect connector JA to the MPU board.
3. Connect the detector lattice field coil leads to
TBI in the CPG pedestal
+ Wire #4 to TBI-1
+ Wire #11 to T81-3.
4. Place the orange/white twisted antenna cable
and the gray data cable in the center cable run.
See figure 2-5.
+ Secure in place using tape.
+ Place the large twisted interrogation cable
between the edge of the cable run and the
channel. Secure in place using tape to
avoid interference with the plastic
threshold. See figure 2-5 for cable
position.
2-3-4. Power Connection
1, The Model 1365 Is shipped from the factory set
for 240 VAC operation. A pair of switches
mounted in the CPG pedestal select the
desired operating voltage; 105, 120, 210, or
240 VAC. See figure 2-6 for switch operation.
2. For single systems select the voltage and go to
step 5, for dual systems continue with step 3.
Line Voltage Left Switch Right Switch
1000 110
110 to 130 O
200 to 225 Ww
Orange Twisted 225 to 250
Antenna Cable,
Gray Data Cabie
Figure 2-5 Figure 25
5. Verify that all wires and cables are routed away
from the photocell assembly.
6. Install the remote switch (optional) and cable
using appropriate mounting methods. Connect
remote switch wiring to TB-2 in the
microprocessor panel:
782-5 Green
TB-2-6 Black
7B-27 Red
Saw 19a September oS Installation (with Base Plate)
Model 1365
2-3-4, Power Connection (Cont.)
Maintain at least 18-inch [46 em] spacing
for three system installations.
3. Multiple System installations:
©. Remove the knockout in the back side of
+ Two 1365 systems can be installed side by the detector pedestal of unit 1.
side with a 12-inch (80 cm] separation
between baseplates. D. Remove the knockout in the back side of
the CPG pedestal of unit 2
+ Three Model 1365 systems can be installed
side by side with an 18-inch [46 em] E. Route the power cord of unit 2
separation between baseplates.
1. Cut off the plug from the power cord of
Power can be located between or on either unit 2.
side of the systems. If power is coming from
the side, it can be run from the CPG side of 2. Route the power cord through the
the first system, through the system baseplate, knockout in the detector pedestal of
out the detector side and into the CPG side of unit 4
the second unit.
8. Route the power cord through the
There are knockouts in both the CPG and baseplate cable run section that is not
detector pedestals for power entry and exit. A used for other wires. See figure 2-7.
Power Interconnect Kit is availabie to complete
power interconnection between systems. The 4. Route the power cable up to terminal
part number of the Power Interconnect Kit is block TB4 above the voltage select
78-8064-2689-2. The kit contains the following switches in the CPG in unit 1
arts:
: F. Install the Heyco strain relief where the
+ 78-8072-0187-7 Fuse assembly power cord enters the detector pedestal of
+ 26-1001-7030-2 clip unit 1. Allow approximately 6-inches
+ 26-1003-5704-0 Screw, panhead [15 cm] extra cord between systems for
MAL7 x 8 mm some system movement,
+ 26-1007-2190-6 Hole plug, Heyco,
718-inch G. Secure the power cable in the baseplate
+ 26-1004-9140-7 Strain relief, Heyco, cable run of unit 1 using tape. See figure
7/8-inch 27.
+ 78-8064-2690-0 Fuse label
26-02-6286 Seren, paneed Asee:
+ 26-1004-4659-5 Nut M5/8 ae
+ 26-1008-6566-1 Washer, lock M5
+ 78-8002-3128-0 Terminal (Ring tongue)
16-14 ga.
PG PG PG
4, Power interconnection procedure: =n. = |
DET) 7 I DE DET}
‘A. Place the OPG side of one system (unit 1) J
toward the power source. This system will [Y~
supply power to the second system
(unit 2), ee 18.inchos eee
Power y/three Units
B. Place the CPG side of unit 2 next to unt 1, com
maintaining a minimum of 12-inch [30 em]
spacing for dual system installations.
Figure 27
re ‘aM TeeT September Model 1365
2-3-4. Power Connection (Cont.)
H. Make power connections in unit 1 CPG:
‘The Power Interconnect Kit contains a
4A-250V Slo-Blo fuse, a fuse block, a label,
and @ mounting screw for the fuse block.
a. Mount the fuse block as indicated in
figure 2-8 a using M3/.5 x 6 mm screw.
b. Install the fuse.
|. Connect one lead of the fuse block to
TB4-2A. See figure 28.
Connect the second lead of the fuse block
to TB4-18,
J. Route the power cord up to the strain reliot
above the voltage select switches,
a. Cut and strip the power cord for
connection to TE-4 and the grounding
stud. See figure 2-8.
. Crimp the connector supplied in the kit
to the green ground wire from the unit 2
power cord and attach to the ground
stud using the nut and washer supplied.
c. Connect the white wire to TB-4-38,
d. Connect the black wire to TB4-28.
Ground
stud
Figure 7-5
Installation (with Base Plate)
K. Secure the power cable in the second
P-clip strain relief using a M4/.7 x 8 mm
screw.
L. Apply fuse label above fuse block.
M. Set the voltage select switches in unit 4
and unit 2 to the correct setting. See figure
29,
Line Voltage Left Switch Right Switch
J
100 to 110
110 to 130
20010 225
0
0
225 to 250
WARNING->REPLACE ONLY WITH RATED FUSE.
FUSE-SLOW BLOW, 4AMP, 250 VOLT
Oa 1901 September
27 Installation (with Base Plate)
2-3-4. Power Connection (Cont.)
5. Position the plastic threshold between the
pedestals. See figure 2-10.
A\CAUTION
aU Ley
Bt aie el) oo
Model 1365
2, Disconnect the system power cord before
instaling gates or turnstiles.
Z\WARNING
Petey
cord from power
ENTRANCE GATE
|
Sey Gee Oe
Lea
Figure 2-10 Figure 2-17
2-3-5, Base Securing
Remove the liner from the non-skid tape on the
bottom of the base.
2-3-6, Gate and Turnstile Installation EXIT GATE
4. Ifthe system requires gates or turnstiles, pee
connect them at this time. All gate intalation, e (FR
adjustments and electrical wiring instructions “onions | me | = | tam
t | Se | & | cms
um | em | & | abee
g | ts
Figure 2-16
Figure 2-79
2-4-4. Diagnostic Indicator Chart
Ta pane | eens Ee
PEE [Bete eae |Seerawameme |
ssid. Samo gpatan 0.
a | Bar w nen ne intone
* omen se ne Spl ft es
Sees, jes
: Brewster [mune
ica cmrent
: Becgeneanecses |e
5 Feeracony et aktn: | PlhecsryChock ot | Ae Ud
* Femettese rt enrtenn, | Foal boned retn atc | Retosbwoen ip pus
eae i
percha sotet ion
“Fars tno he dip oreo Webern oe
NTE coe @ hain Ba crue expen te mpc ms
NOTE 2: Totypate rena ot 8p
‘Sorin sme open ino ope
Figure 2-20
ze OM 1891 September Model 1365
Installation (with Base Plate)
2-4-5. Photocell Alignment Procedure
1
‘The photocell is factory aligned and should not
require further adjustment. If the photocell is
not functioning, alignment should be checked.
Note
Verily T8-2 connections. See paragraph 2-4-3,
Verily the photocell relector isin place,
centered on underside of the upper horizontal
member of the CPG lattice. The reflector
should be flush with the inside edge of the
lattice,
Verity the photocell is emitting a light beam by
visual check. red glow should be visible in
the lens. If no light is visible see
troubleshooting procedures.
Remove the detector pedestal cover exposing
the photocell and mounting hardware.
+ On the bottom right of the photocell there is
a small red LED which will be on when the
photocell is aligned on the target material
and off when the beam is interrupted.
+ Vertical alignment of the photocell is
controlled by a flat head allen screw on top
of the pedestal next to the lattice. See
figure 2-22.
+ Clockwise rotation lowers the beam.
+ Counterclockwise rotation raises the beam,
+ Final alignment should place the beam
1-1/2 - inches [3,8 om] in from the corridor
side of the reflector and centered on the
length of the retlector.
+ Verity the photocell alignment is corract by
slowly covering the reflector from each edge
with a sheet of paper. The system will
interrogate when the part of the reflector the
photocell is aligned to is covered.
+ Horizontal alignment changes are made by
adjusting locknuts on the photocell mounting
studs located inside the pedestal. See figure
221
Figure 2-27
Adjustment
Screw
os
Taw 08
‘September
Big Installation (with Base Plate)
Model 1365
2-4-6, Antenna Null Verification
1. Place switch $2 in the "Cont." position.
2. Connect the oscilloscope to TP20.
+ Volts/Div - 50 millivolts
+ Coupling - AC
+ External Trigger - TP12
3, Measure the Null voltage as shown in figure
2-23, If the sense coil null is less than 300
mmllivolts, proceed to paragraph 2-3-7, step 5 of
the installation instructions. If the sense coll
null is greater than 200 milivolts, proceed to
step 4 of this procedure. See figure 2-23.
Measure
300 mV Max
tt
bon
|
1
wre
Figure 2-23
4, Rotate the system 90° while checking the
sense coil null.
5. If the null reduces to 300 milvolts or less,
place the system back in its original position
Reposition the system until the null drops to
00 millivolts or less. Return to paragraph
23-7, step 5 of the installation instructions.
6. Ifthe null remains the same, no change,
proceed to step 7 of this procedure,
10.
12,
13,
14,
15.
Only use this procedure, steps 8 through 15, to
correct null problems within a lattice.
DO NOT renull a lattice in an attempt to solve
null problems caused by the environment. This
is usually ineffective, ime consuming, and may
lead to future problems.
‘Steps 8 through 15 apply to Model 1365. For
Model 1970, go to paragraph 2-4-7.
Connect one twisted pair of sense coil wires at
a time to pins 1 and 4 of the BS terminal strip.
Check for a null greater than 150 millivolts.
If the nulls greater than 150 milivolts, remove
the diagonal inserts from the lattice.
Remove the glue from one diagonal iength of
wire.
Note
‘A diagonal length is one from one comer of the
lattice, through the cross section, to the other
corner of the lattice
If one diagonal length of wire has red
markings, begin with that wire
Move that diagonal wire up and down to
produce a null of less than 150 millivolts, Glue
the wire in piace. If necessary, repeat the
procedure for the other diagonal wire.
Replace the inserts and check the null.
Reconnect the sense coil wires to the BS
terminal strip.
+ Wire 14 - pin 1
+ Wire 16 - pins 2 and 3
+ Wire 1- pin 4
Recheck the null and system coverage.
Return to paragraph 2+
installation instructions.
step 9 of the
ze
GaN 1984 December Model 1365
Installation (with Base Plate)
2-4-7. Model 1370 Null Adjustment
For Model 1370, use the following steps instead of
steps 8 through 16 of paragraph 2-4-6.
1. Disconnect the CPG lattice sense coil wires 1
and 15 from terminals BS4 and BS3.
CPG
Lattice
Detector
Lattice
Microprocessor PCB a
Move detector lattice sense coil wire 16 from
terminal BS2 to terminal BS4.
If the null voltage is > 150 mV, adjust as
follows:
a. Using a 5/64 inch ballpoint hex wrench,
rotate an adjusting screw for minimum
voltage.
+ Eight adjusting screws are located on
the underside of the detector lattice X.
‘+ The screws can be adjusted in any
order.
bf adjusting the first screw does not bring
the null voltage under 150 mV, adjust the
other screws for minimum voltage until the
null voltage is under 150 mV.
Disconnect the detector lattice sense coll wires
14 and 15 from terminals BS1 and BS4,
Connect the GPG lattice sense coil to terminal
strip BS:
a, Connect wire 15 to terminal BS1,
b. Connect wire 1 to terminal BS4.
If the null voltage is > 150 mV, adjust as
follows:
Using a 5/64 inch ballpoint hex wrench,
rotate an adjusting screw for minimum
voltage.
‘+ Eight adjusting screws are located on
the underside of the CPG lattice X.
‘+The screws can be adjusted in any
order.
b. If adjusting the first screw does not bring
the null voltage under 150 mV, adjust the
‘other screws for minimum voltage until the
null voltage is under 150 mV.
7. Move the CPG lattice sense coil wire 15 from
terminal BSt to BS3,
‘aM 1994 December
DAA Installation (with Base Plate) Model 1365
8. Connect the detector lattice sense coil to
terminal strip BS:
a. Connect wire 15 to terminal BS2,
b. Connect wire 14 to terminal BS.
8, Recheck the null voltage and system coverage.
10, Return to paragraph 2-3-7, step 9 of the
installation instructions.
28 ah 1994 December Model 1365 Installation (with Base Plate)
2-5, System Layout Checklist
2-5-1. System Placement Relative To Interfering Objects
Cash Registers - For optimum performance, cash registers should be placed at least
‘four feet [1,2 m] from the closest lattice. If necessary, the cash
register may be located between three [1 m] and four feet [1,2 m]
from the lattice; however, the cash register would require a metal
shield which is available at an additional cost. Any distance less
than three feet [1 m] from the closest lattice is not allowed.
Computers (CRT) = For optimum performance, computer terminals should be placed at
least six feet [1,9 m] from the closest lattice. If necessary, the
‘computer terminal may be located between four [1,2 m] and six feet
[1,9 m] from the closest lattice; however, the CRT would require a
metal shield which is available at an additional cost. Any distance
less than four feet [1,2 m] from the closest lattice is not allowed.
Multiple CRT’s may require additional distance.
Copy Machines ~ Copy machines are not allowed within ten feet [8 m] of the closest
latice.
Energy Management - Heating, Ventilation and Air Conditioning Energy Management
System Systems may generate high levels of electronic noise which can
reduce the performance level of the detection system. Please
contact EAS Technical Service for more information.
Fluorescent Light = Fluorescent lights using electronic ballasts and their associated
Ballast wiring must be located at least twenty feet (6 ml from the closest
point of the detection system.
- Magnetic ballasts [60 Hz] may be used within 5 feet (1,6 m] of the
detection system,
- Fluorescent lighting dimming controls and their associated wiring
must be at least thirty feet from the closest point of the detection
system.
Large Metal Objects = Large Metal objects are not allowed within 3 feet [1 m] of a detection
panel. Examples include: Large metal shelves, refrigerator, heavy
Support beams, heating/air conditioning duct work.
Metal Framed Doors, = ADA (Americans with Disabilities Act) requires a 4-foot [1,2 m]
Windows and Counters setback and clear space at exit doors for wheelchair maneuvé
space. This is the recommended system placement.
= The closest lattice of the detection system should be located at least
three feet [1 m] from a metal door frame. If necessary, the distance
‘can be shortened to two feet [0,6 m]; however, the door frame will
require electrical strapping (metal connectors) at all joints to achieve
this distance. There is an additional charge for electrical strapping.
Any distance less than two feet [0,6 m] is not allowed.
= Adatection system with an exit gate requires @ 48 inch [1,2 m]
setback from a door to allow clearance for gate arm swing.
aw 1904 — December 2B installa
in (with Base Plate) Model 1365
2-5. System Layout Checklist (Cont.)
2-5-1. System Placement Relative To Interfering Objects (Cont.)
Power Panel Boxes
Protected Material
S.C.R. Light Dimmers
Stereo Components
Telephones
Walls (Stee! Stud)
Power distribution boxes must be at least 8 feet [2,5 m] from
detection panels.
Books and other protected articles should be located at least three
feet [1 m] from the closest point of the security system.
Silicon controlled rectifier tight dimmers and wiring must be located at
least ten feet [3 m] from the closest point of the detection system.
Dimmers may require manufacturer's fiters to reduce electronic
interference.
‘Stereo components including turntables and audio tape players are
Not allowed within two feet [0,6 m] of the closest lattice,
Telephones must be located at least two feet [0,6 m] from the closest
lattice
Walls with steel studs are not allowed within three feet [1 m] of the
closest latice. We recommend the use of wood 2 x 4's for wall
studs within three feet [1 m] of the system.
26
aM 1994 December Model 1365 Installation (with Base Plate)
2-5, System Layout Checklist (Cont)
2-5-2. System Accessories
AlarmDisable Box = The optional alarmidisable box is wired to the lattice base. Our
standard installation includes 27 feet [8,3 m] of 1/4" [6 mm] diameter
wire. Additional wire length can be purchased at an upcharge for
time and material. Use wire mold or 1* [25 mm] diameter conduit to
protect the wiring.
Deactivator/ = The Model 930 desensitizer should be located at least 6" (152 mm]
Reactivator from all magnetic media and 12" [304 mm] from computer terminals.
= The Mode! 955/966 bookcheck unit shail be located at least 6°
[152 mm] from all magnetic media and 3 feet [1 m] from computer
terminals. Closer placement to computer terminals will result in
“twitching’ on the display, however, no damage will occur to either
device. Do not place closer than 12" [304 mr] from CRT.
= The Model 951 reactivator should be located at least 6° [152 mm]
from all magnetic media and computer terminals.
- Model 2001 deactivator and Model 2011 reactivator are designed to
‘work with audio and video tapes. Floppy disks should not come
within 1" [26 mm] of these units.
= The Model 763 deactivator is designed to work with audio and video
tapes. Floppy disks should not come within 1" [25 mm} of these
units,
Distance Between Systems - Minimum distance is 1 ft [804 mm] when two systems are parallel to
each other. Three or more parallel systems require a minimum
separation of 18 in. {0.5 m}. Multiple systems can be butted with
lattices end-to end in a "staggered configuration.
Exit Control Hardware - All metal exit control hardware should be located a minimum of 12"
[304 mm] from each lattice. If a metal rail is placed parallel to the
lattice, it must be placed at least two feet [0,6 m] away from the
lattice
Gates - Entrance and exit gates are available. Remote Entrance Gates
require 110V power to be located within four feet [1,2 ml of the
gate box. Power may also be brought directly into the gate box. See
installation specification sheet for details.
3M 1904 December Pa Model 1365
Installation (without Base Plate)
2:10. System Installation - Direct
Mount Buried Wiring (Without
Base Plate)
2-10-1. Installation Overview
‘There are two types of "Direct Mount" installations:
+ Direct Mount. System panel to panel wiring is
on the surface of the finished floor, enclosed in
1500 Wiremold. Use the Direct Mount Kit for
systems with surface wiring, 78-8072-0344-9.
+ Direct Mount Buried Wiring. System wiring
which is below the finished flooring must be
enclosed in PVC conduit, usually done in new
construction. Use the Direct Mount Kit/Buried
cable for buried system wiring,
78-8054-2618-1.
‘Two system layout templates are available to help
contractors prepare for system installations.
+ 33+1/2 in, [850 mm] corridor template kit
(Get of two) 78-8072-0234-2.
+ 86 in. [914 mm] corridor template kit
(sot of two) 78-8072-0351-4.
Baseplates are not used for either type of direct
‘mount installation. The pedestals are mounted on
‘metal mounting feet which facilitate mounting and
anchoring to the floor.
In both types of installation, AC power can be
supplied by the standard power cord or by
hardwiring. Hardwiring is accomplished by running
power in through the bottom of the CPG pedestal,
In elther case, power must meet the requirements
defined in paragraph 2-11-2.
Muttiple system installations, whether surface wiring
or buried wiring must receive electrical power via
the power cord or hardwired through the floor. The
Power Interconnect Kit, which is used with the base
plate mounted system, cannot be used with direct
mounted systems. Hardwired power through the
floor to each system is preferred.
(Once a direct mounted system is installed, itis not
easily relocated to solve synchronous and
non-synchronous noise problems. For this reason,
compliance to EAS Design Pack requirements is
extremely important in order to avoid system
performance problems due to the environment. If
the site is questionable, correct the problem or
contact your Field Service Manager. In any
questionable site, the system can be set up and
checked for performance before anchoring. Use
the direct mount templates to correctly position
lattices for performance testing.
‘The CPG pedestal of the system must be on the
side where AC power is located.
Saw 1994 December
Pax) Installat
in (without Base Plate)
Model 1365
2-10-2. Tools Required
fe
{In addition to standard technicians too! kit the following tools are required for a system installation.
Deser
ion
Hammer Drill VSR 3/4-inch (AEG)
Standard Drill Bit Adapter Chuck (AEG)
Goggles, Flex, Protective
38-inch Hammer Drill Masonry Bit (AEG)
3/16-inch Hammer Drill Masonry Bit (AEG)
Center Punch 1/8-inch x 4
Wiremold Removal Tool
Coax 25', BNC connectors
Torpedo Level - 9-inch
Tape Measure 12 feet
1/2-inch Hex Socket 3/8-inch Drive, 6 pt.
Pomona Test Lead, BNC Female to Test Clips
Hammer
knife, Utility, Metal
Hacksaw
Metric sockets 3/8-inch drive
Ratchet 3/8-inch drive
Metric Allen Wrenches
Green Lee Punch 7/8-inch
Crimper/stripper, metric bolt cutter
Dual Trace Oscilloscope (withree probes)
Calibrated Strip
Die Punch
Techni-Too! Number
103F1016
10880107
soamioz2
103FI903
sosscse2
400SA036
758PRO56
758CO5825
400GA839
272GA8312
322WR019
458TE2631
175SA016
732PR020
148sA014
322WR0250
322WR107
20480054
4148A040
826PLO14
8100 (available through In-Co Service)
78-8021-8842-1 (through SP&LC)
26-1006-8951-9
pay
‘aM 1994 December Model 1365
Installation (without Base Plate)
2-11. Pre-Installation Requirements
2-11-1. Site Inspection
Using the Pre-Installation Drawing as a reference,
inspect the area for interfering objects both physical
and electronic. The minimum distances for
interfering items from the system are specified in
the System Layout Checkiist, paragraph 2-15.
Maintaining minimum distances from interfering
objects is critical to proper system operation. The
minimum distances can generally be achieved by
moving the interfering object or changing the
location of the system.
If the system placement is more than one foot from
‘what is described in the preinstallation diagram
then approval must be obtained from the Field
Service Manager as well as the customer.
Inspect the floor surface in the area where the
mounting feet will be placed. The floor surtace
must be level and flat to within + 1/16 inch
[1,6 mm} where the perimeter of the mounting foot
wil contact the floor. Ifthe floor is not fat, the
mounting feet will not rest securely on the surface
of the floor. Also, the lattices will not be vertical
when installed,
It the floor surface is not acceptable discuss the
situation with the contractor or customer to get this
resolved before beginning the installation. If the
floor surface cannot be corrected immediately,
determine when it will be corrected and return to
complete the installation.
@ to computer Ae
12" (dual system)
18" (three or more)
8' to
ower
distribution
box. swes-c2.010
3M 1994 December 225 Installation (without Base Plate)
Model 1365
2-11-2. Power - Voltage Specifications
Magnetic EAS System Power Requirements
9M Tattie-Tape™ Systems are sophisticated
computer-based devices which require high quality,
surge and noise free electrical power for optimum
performance.
9M Tattle-Tape™ Systems are classified as
Security Systems and, as such, U.L. requires that
these systems be connected to an electrical outlet
‘not controlled by switches (e.g. light switches).
1. Verify that electrical power is installed
according to the "Installation Drawing" and
meets the system power requirements.
2. Verity the AC power conduit, panel to panel
conduit and the remote alarm switch (optional)
conduit (f applicable) are located correctly.
+ Verify both the AC power and the optional
Remote Alarm Switch conduits are
41/2 Inch [12,7 mm] metal conduit.
+ Use the 83-1/2 in, [850 mm] or the 36 in.
[914 mm] template as a guide to verify
the conduit locations are correct.
3. Power Options:
3M recommended Power Line Conditioner
‘A minimum current of two amperes must be
continuously available to meet the power
requirements of the line conditioner and the
Tattle-Tape™ system. The Oneac CL1102 power
line conditioner is recommended for use with the
Model 1865 and will power one or two systems.
Three system installations powered from one line
conditioner requite the larger Oneac CP 1103,
power line conditioner. Three systems will require
at least three amperes of current.
Line conditioners can only be used with systems
which connect to the power source using the
standard plug in power cord. Line conditioners
‘cannot be used with systems which are hardwired
to the power source.
Panel to panel
buried PVC conduit
Optional remote
alarm switch
4/2 In metal conduit
‘AC power
12 In metat
conduit
33 1/2 In [850 mm]
Template
78-8072-0148-4
36 In [914 mm]
‘Template 78-8072-0372-0
226
OOM 1002 May Model 1365
Installation (without Base Plate)
2-114
. Power - Voltage Specifications
(Cont.)
3. Power Options (Cont.):
Dedicated Power Option
A DEDICATED, ISOLATED GROUND CIRCUIT OF
ATLEAST 15 AMPERE CAPACITY AT 100-120
VOLTS OF 200-240 VOLTS.
This circuit may have no other outlets or devices
drawing power from it. it must have an insulated
grounding wire directly run from the system service
box to an isolated ground receptacle (orange) in
which the grounding terminal is purposely insulated
from the mounting box (NEMA 5-15 isolated
ground). This circuit is defined in section 250-74
exception No. 4 in the National Electric Code
Handbook.
Hardwired systems have power directly connected
to an internal terminal board which eliminates the
need for the isolated ground orange receptacle,
However, the isolated ground wire is still required
and must be connected directly to the system,
4. Hardwired systems must meet the
requirements for power, voltage, dedicated
line, and isolated ground as defined in this
section,
5. Several power cord options are available for
muttiple system installations. Power may be
located in two locations, one on each side of
the systems. Power may also be located
between the two systems.
6. When system power andlor panel to panel
wiring is below the finished floor, verify the
conduit locations are correct using the direct
mount templates,
Contractors must use the contractors
templates to property locate the conduits.
Muttiple system installations which have
hardwired power may have two power conduits
through each lattice mounting foot,
Power may be "daisey-chained" from one
system to another. ‘The last system in the
chain will have only one power conduit
Main service
entrance panel
Hot Conduit equipment ground
poe)
Special Isolated
ground receptacle
Neutral Green wire ground
Isolated (dedicated)
Saw Tee September
2a Installation (without Base Plate)
Model 1365,
2-12. Model 1365 Installation (Without
Base Plate)
ey
power source.
Note
Read the entire installation procedure before
beginning the installation. For multiple system
installations, repeat the instructions for each
system to be installed.
Do not remove the safety tag from the power
cord unti all unattached wires have been
properly connected.
A WARNING!
aa ELECTRICAL SHOCK HAZARD
Feta and compete instalation
. Instructions betore connecting
to electcal power source.
Failure to 40.20 could esuitin
‘equipment damage and
‘serious injury.
ADANGER
eed
Rod
ai
Operator Warning
‘servicing te 3a factory talned
service personnal.
226
aM 10oT September Model 1365
Installation (without Base Plate)
2-121, Unpacking
1. The system must be moved to the installation
location before removing the packaging
material.
2. Verify that all necessary components are at
the installation location.
+ System(s) + Accessories
+ Templates + Direct Mount Kits),
Buried wiring
3. Removing packaging material.
CAUTION
Do not attempt to separate the Model 1365
shipping carton from the pallet. They are
bolted together.
To keep the lattices from overturning while
being unpacked the CPG lattice is anchored to
the pallet. The two lattices are held together
by the top retainer cap,
Do not remove the anchor or top retainer cap
until you are ready to mount the lattice
assemblies onto the mounting feet
4, Cut and remove the banding,
5. Remove the outer top cover.
6. Slit the outer box at the corner tape seam,
‘The outer box material MUST be removed by
slitting the corner tape seam.
Note
DO NOT remove the outer packaging material
by lifting it over the top of the system, as the
system will easily overturn.
aM TesT September Installation (without Base Plate)
Model 1365
2-12-2, Site Preparation
1, Place the electrical cover-up box in the CPG
pedestal mounting foot
2. Place the mounting foot over the power
conduitis).
3. Ifthe floor is carpeted, press on the box to
compress the carpet.
4. Mark the conduit flush with the top of the
‘cover-up box.
5. Cut off the power conduit at the mark.
6. Cut the alarm switch conduit (optional), on the
processor side of the system, approximately
2 inches [50,8 mm above the floor surface.
7. Cut the 1-1/2 - 2 inch [38 mm - 0,8 mm]
diameter PVC conduit approximately
4/4 - 1/2 inch [6,4 mm - 12,7 mm] above the
floor surface.
Note
It is important that the conduit is not more than
1/2 inch [12,7 mm] above the floor surtace, as
‘this will interfere with the mounting foot.
8. Verify all conduits are free of all debris and
obstructions.
Processor side
\
Condult
230
aM 1987
‘September Model 1365
Installation (without Base Plate)
2-12-3. System Positioning
Positioning the system for function and appearance
is critical to the success of the entire installation.
Attention to system placement and detail at this
stage of the installation is extremely important. it
may be difficult to correct a problem later, should
‘one be discovered.
During muttiple system placements all panels must
be aligned for proper spacing between panels and
systems. ‘That is, the spacing between systems,
between lattices and the lateral positions of the
lattices must be acourate to achieve proper
appearance and alignment.
‘The movement of direct mounted systems is limited
by conduit placement and building obstructions.
‘The system position is also defined in the Pre-
Installation drawing.
1, The templates are shipped separately from the
system. Locate and unpack the templates.
Use the 33-1/2 inch [850 mm] corridor
Template #1 (78-8072-0148-4)
or
Use the 36 inch [914 mm] corridor
Template #1 (78-8072-0872-0),
to locate the:
‘Anchor holes for the mounting feet.
Panel-to-panel conduit.
Power conduit.
Optional remote alarm switch conduit
Use the 33-1/2 inch [850 mm] corridor
‘Template #2 (78-8072-0149-2)
or
Use the 86 inch [914 mm] corridor
Template #2 (78-8072-0373-8) to correctly
position the mounting feet prior to tightening
the anchors.
39-1/2 Inch [850 mm]
Template #2
78-8072-0149-2
36 Inch [914 mm}
Template #2
78-8072-0373-8
33-1/2 Inch [850 mm}
Template #1
78-8072-0148-4
36 Inch [914 mm)
‘Template #1
78-8072-0372-0
aM 1993 March
Eat Installation (without Base Plate)
Model 1365,
2-12-3. System Positioning (Cont.)
2. Position template #1 as indicated in the pre~
installation drawing.
Position the template with the CPG end in the
direction from which power will enter.
‘The CPG end of template #1 has the
2-4/2 inch x 2-1/2 inch (64 mm x 64 mm]
‘opening for the power conduit
3. Verify the power conduit, the panel-to-pane!
‘conduit, and the remote switch conduit
(optional) line up with the template openings.
4. Verify the template is centered on the
entrancelexit doors.
5. Verify the system will be set back at least
48 inches [1,2 m] from the door as specified in
the EAS Design Pack. The template does not
represent the size, length or depth, of the 1365
system.
Verify the set-back distance from the door to
the edge of the template is at least 54 inches
[1,37 m]. This will ensure the system is at
least 48 inches [1,2 ml from the door.
6. Square the template to the walls, doors,
counters, and tile or floor patterns, etc.
7. Align the leading edge of the template with
string, a straight edge board or line inthe floor
tile. Mark the location of the edge of the
template on the floor with masking tape.
32
aM 1994
December Model 1365,
Installation (without Base Plate)
2
8
12.
. System Positioning (Cont.)
Muttiple corridor systems require a minimum
spacing between systems.
Side-By-Side System installations
12 inches [305 mm] between systems
18 inches [457 mm] between systems for three
or more systems
Staggered System Installations
The lattices of each system must be directly in
line with each other. If the lattices are not
directly in line then the systems must be
separated by the distances indicated above.
‘Mark the edge of the template with masking
tape. The template extends two inches
[60,8 mm] beyond each side of the system.
For muttiple system installations, verity system
spacings, positions and alignment are correct.
10. Very all System Layout Checklist
1"
requirements have been met,
Use masking tape to locate the four corners of
the template.
42"
witwo
[305 mm}
7 iat
Li
mo
18"
whthree
1457 mm}
In tine
BM 1987 September Installation (without Base Plate)
Model 1365
2-12-4, Mounting Panel Bases To Floor
1. Ifthe system is on carpeted floors continue
with step 2. if on non-carpeted floors go to
step 8,
2, Remove template #1
3. Align the comers of template #2 to the
masking tape.
4, Align the mounting feet to the template.
5. Use a marking pen to mark the carpet at each
mounting foot anchor hole (4).
6. Temporarily set the template aside.
7. Cut a 1-inch [25,4 mm] hole in the carpet for
each mounting foot anchor (4) using the die
punch.
Peay
rend
erties
+ Remove all carpet fibers.
SM T98T
‘September Model 1365
Installation (without Base Plate)
2-12-4, Mounting Panel Bases To Floor
(Cont.)
8. Realign template #4 to the masking tape.
9. Select a 9/8 inch [9,5 mm] hammer drill
masonry bit. Set the depth gage on the dil to
4 inches {102 mm}.
cornet
10. Stand on the template to keep it from moving.
11. Use the holes in the template as a drilling
guide.
+ Mark the center of each anchor hole
using a center punch.
12. Drill anchor holes (4) for the lattice mounting
feet.
Note
Recheck the template position before driling
each hole
13. Remove the dust from the holes (9) by
vacuuming or using compressed air.
‘SM 1987 September Installation (without Base Plate)
Model 1365
2-12-4, Mounting Panel Bases To Floor
(Cont.)
14, Verity the mounting foot holes are at least
9-1/2 inches [89 mm] deep.
15. Place the 1/2 inch [12,7 mm] EMT conduit
bushing on each power conduit. Push it flush
with the top of the conduit.
Note
if the contractor supplied 3/4 inch [19 mm]
‘conduit, obtain 3/4 inch [19 mm conduit
bushings from the contractor on site or obtain
them locally.
16. Tighten the set screw on the conduit bushing
securely.
17. Cut the caterpillar grommets to length and
insert in the mounting foot opening.
18. Arrange the panel-to-panel cables with the
‘ends of the cables, as indicated below, on the
CPG side of the system.
Note
‘The system interpanel cables are 92 inches
[2,84 m] long. These cables are capable of
being buried in conduit up to 20 inches
[508 mm] beneath the surface of the floor.
+ Male end of the JA cable
+ Terminal ends of the field coil wires
#4, #11
+ Unterminated ends of the antenna wires
+ Pigtail end of the green panel-to-panel
ground cable,
CPG side
236
OSM 1985
March Model 1365 Installation (without Base Plate)
2-124, Mounting Panel Bases To Floor
(Cont,)
19. Pull the wires through the panel-to-panel
conduit.
Leave an equal amount of wire in each panel.
Note
It may be necessary to remove the connector
strain relief to pull the wires through the
conduit.
2-12-5. Installing Mounting Feet
1. Position template #2 on the masking tape
comer markers.
2, Insert an electrical cover-up box into the
‘mounting foot for the CPG side of the system.
3. Route the system cables and AC power leads
(i applicable) through openings in each
system mounting foot.
4, Position the mounting feet (2) in the template
cut-outs with the back-plates toward the
‘outside of the corridor.
5. Using a hammer, insert the 3-inch [76 mm]
anchors (4) flush with the surface of each
mounting foot.
+ Verify the mounting feet are properly
positioned in the template.
+ Verity the template is still properly aligned
to the masking tape.
6. Use a 1/2 inch [12,7 mm socket to tighten the
anchor screws to approximately 35 Ibs. [16 kg]
of torque.
7. Remove the template and masking tape.
‘3M 1031 September 237 Installation (without Base Plate) Model 1365
2-12-5, Installing Mounting Feet (Cont.)
8. Set the conduit-mount cover plate on the
power conduit(s).
+ Verity the cover plate is aligned to the
cover-up box.
8. Mark the exact center of each power conduit
on the cover plate.
10. Drill a 6/16 inch [8 mm] pllot hole for each
power conduit.
AXCAUTION
ce
Pests
ocd
eos
11. Use a 7/8 inch [22 mm} "Green Lee" chassis
punch to cut an opening for each conduit.
42. Slip the conduit-mount cover plate over the
conduit bushings.
18. Secure the cover plate to the cover-up box
using two thread forming screws.
14, Install the conduit bushing nuts and tighten.
15. Ifthe AC power wires are not already in the
power conduit they may be pulled at any time
from this point on.
38 3M 1981 September Model 1365
2-12-6. Installing Lattice/Pedestal
1. Place a box shim over the mounting studs on
each of the mounting feet.
2. Removing the remaining packaging.
CAUTION
Use caution when removing the remaining
packaging from the system. When the top
retaining cover Is removed the processor
lattice will easily overturn,
3. Remove the processor lattice/pedestal
assembly from the pallet and set it where it wil
not fall over.
Installation (without Base Plate)
GM 1961 September Installation (without Base Plate)
Model 1365
2-12-6, Installing Lattice/Pedestal
(Cont.)
4. Do not attempt to remove the CPG pedestal
because itis attached the pallet.
+ Remove the cover from the CPG
padestal assembly.
5. Loosen the two bottom pedestal cover screws
enough to release the safety shield
6. Remove the wing nut in the pedestal base
which secures the pedestal to the pallet
7. Remove the OPG lattice/pedestal assembly
‘from the pallet.
Place the CPG pedestallattice assembly on
the CPG mounting foot.
‘+ Feed all signal wires through the slot in
the pedestal
+ Feed all AC power wires through the
2-4/2 inch [64 mm] square opening.
CAUTION
Do not pinch wires or damage leads
20
OaM 190T
september Model 1365 Installation (without Base Plate)
2-12-6. installing Lattice/Pedestal
(Cont.)
9. Align the holes in the pedestal with the
mounting studs on the mounting foot
10. Install two Mé/1 x 20 mm flat head screws
through the back of the mounting foot and into
the pedestal. Tighten securely.
11. Lift the CPG assembly and insert the CPG
standoffs.
+The CPG standoffs mount on the studs
that protrude through the pedestal from
the mounting foot.
12. Install two M5 screws and washers to attach
the CPG to the CPG standott
18. Install two M8/1.25 nuts and locking star
washers on the studs in each pedestal. Orxr4
1
14, Push and hold the CPG assembly to the back
of the CPG pedestal
+ Tighten the screws securely.
+ Tighten the nuts securely.
Saw iest September ea Installation (without Base Plate)
Model 1365
2-12-6. Installing Lattice/Pedestal
(Cont.)
15. Loosen the processor pedestal cover sorews
and remove the cover.
+ Carefully disconnect the wires to the
processor pedestal cover.
16. Install the processor pedestallattice assembly
on the remaining mounting foot.
CAUTION
Do not pinch or damage leads
47. Align the holes in the pedestal with the
mounting studs on the mounting foot.
18. Install two M6/1 x 20 mm flat head screws
through the back of the mounting foot and into
the pedestal.
+ Tighten securely
19, Install two M8/1.25 nuts and locking star
‘washers on the studs in the pedestal
+ Tighten the nuts securely.
Par
SoM 1997
‘September Model 1365
2-12-7. Vertical Alignment of Lattices
‘The vertical alignment of a lattice is adjusted by
placing lattice shims between a lattice and pedestal
box.
Lattioe shims are placed under one side of the
lattice base to cause a small shift in position.
Each lattice should be vertical within 1/4 inch
16,4 mm]. Shims under one side of a lattice will
adjust the vertical alignment approximately 1/4 inch
{6.4 mm.
1. Loosen the cap screws under the lattice as
necessary.
2. Place shims under one side of a lattice as
necessary to ensure each lattice is vertical.
Lattice shims may also be placed under the
‘ends of lattices to make end-to-end
adjustments.
4. Tighten the cap screws to secure the lattice.
Installation (without Base Plate)
114" max
enn) [
|
rb.
1/4" max (6,4mm)]
Saw 1803 March
23 Installation (without Base Plate) Model 1365
212-8. Field Coil Wire Connections
1. The field coil wires connect to TB-1 in the
CPG pedestal
CPG pedestal
+ Connect wire #4 to TB-1-1
+ Connect wire #11 to TB-1-3
+ Pull the excess wire into the processor
pedestal.
2. Mark the processor field coil wires 12 inches
[805 mm from the processor lattice.
+ Untwist the wires to this point.
3. Place a wire marker, which is included in the
direct mount kit, on each wire 11 inches
[280 mm] from the lattice,
CAUTION
Verify wire #4 and #11 are correctly labeled
before cutting.
4, Cut and strip wire #4 and #11 at the
12 inch [305 mm] mark.
5. Connect wires #4 and #11 to the two position
terminal block, which is included in the direct
mount installation kit. Tighten securely.
rae OGM 1881 September Model 1365 Installation (without Base Plate)
2-12-8. Field Coil Wire Connections
(Cont.)
6. The field wires trom the CPG come through, Processor
the processor lattice mounting foot.
7. Mark the field coil wire 12 inches [305 mm]
from where it enters the processor pedestal
8, Mark wire #4 and wire #11 with a wire marker
at approximately 10 inches {254 mm].
CAUTION
Verity wite #4 and #11 are correctly labeled
before cutting.
9. Cut each wire at the 12 inch [305 mm] mark.
+ Strip the end of each wire.
10. Connect field wire #4 from the CPG to the
terminal block matching field wire #4 from the
processor lattice. Tighten securely.
11. Connect field wire #11 from the CPG to the
terminal block matching field wire #11 from the
processor lattice. Tighten securely.
12. Verify wire #4 connects to wire #4, and wire
#11 connects to wire #11
19. Mount the two position terminal block to the
processor pedestal using a M4/.7 x 20 mm
screw in the lower left comer of the processor
pedestal.
‘SM TT September a Installation (without Base Plate)
Model 1365
2-12-9, Antenna Wire Connections
1. Locate the terminal block “BS" on the
processor board
2. Connect wire #15, black, to BS-3,
3. Connect wire #1, red, to BS-4,
+ Pull most of the excess wire into the CPG
pedestal
4. Mark the CPG antenna wires 22 inches
[558 mm] from the CPG lattice.
+ Untwist the wires to this point
5. Place wire markers on wires #1 and #15
approximately 21 inches [583 mm] from the
lattice.
6 Cut and strip wires #1 and #15 at the
22 inch [568 mm] mark
7. Connect the CPG antenna wires to the three
position terminal block, which is included in the
direct mount kit.
8. Connect wire #1, red, to position #1
8 Connect wire #15, black, to position #3.
10. Cut the processor antenna cable 9 inches
[228 mm] from where it passes through the
CPG mounting foot.
11. Strip 1 inch [25,4 mm} of the outer covering
from the antenna cable,
+ Remove the foil and braided shields.
+ Strip the black and red wires 1/4 inch
(6,4 mm}
12. Connect the processor antenna cable to the
three position terminal biock in the CPG
pedestal.
19. Connect wire #1, red, to position #1
14, Connect wire #15, black, to position #3.
15. Place the three position terminal block below
the circuit breaker in the CPG pedestal.
22 inches
246
OSM SST
~ September Model 1365 Installation (without Base Plate)
2-12-10. JA Cable Connections
1. Connect the JA cable to the JA connector on
the processor board.
2. Connect the JA cable, from the processor
pedestal, to the mating cable in the CPG
pedestal.
+ Pull most of the excess cable into the
CPG pedestal.
3. Coil the excess JA cable and store it in the
area under the CPG.
2-12-11. Ground Wire Connections
4. Use an MB nut and lock washer to attach the
green ground wire to the processor pedestal
‘mounting stud which is to the right of the panel
to panel conduit. Tighten securaly.
CaN SST September EF Installation (without Base Plate)
212-12, AC Power Wiring (See
Pre-Installation
Requirements)
‘The system can be powered by the standard power
cord plugged into a receptacle or the system may
bbe hardwired to the power source.
Power for hardwired systems can only enter the
system through the CPG mounting foot.
Electrical connections to the power source, for
hardwired systems, can only be completed by a
licensed electrician,
For systems which are powered by standard plug in
power cords go to section 2-12-13.
‘Systems which have hardwired power connections.
continue with step 1 below.
rents
Ponies
Hardwired Power Connections
4. Disconnect the power cord from TB-4-1A,
TB-4-3A, and the CPG pedestal ground stud.
2. Remove the Heyco strain relief and the power
cord from the CPG pedestal
3. Insert the Heyco plug in the back of the CPG
pedestal
4. Electrical connections to the system can only
be completed by a licensed electrician, as
described in steps § through &
5. Cut and strip the end of the green ground wire
from the power source.
+ Crimp a 14/12 ga. ring tongue terminal to
the green wire.
Model 1365
CPG pedestal
.