Transcript
Wimplex
4100 System Expansion’-
Module Descriptions Video Transcript 7
technical training
Q 1989 Simplex
Time Recorder
Co.. Gardner,
Mass. 01441-0001
U.S.A.
Technical Manuals Online! - http://www.tech-man.com
FA4-91-219 Ed 11 89
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Before you begin, you must have a copy of Publication FA4-91-219. The 4100 System Expansion Modules are used to expand system capacity. By using system expansion modules, 512 input and output points are available for a single 4100 system.
SYSTEM A Maximum Are Allowed
Here are the guidelines for 4100 system capacity. Each expansion module takes up one address up to a total of 119 different addresses. The Master Controller also takes up one address - always address zero. There are up to 512 points associated with the Master Controller and the 119 possible expansion modules.
1 4100
Addresses
per System
NOTE: The Master Controller takes up one address... Address 0
0 512 I/O Points
per System
1 Input = 1 Hardwired IDC 1 Addressable Monitor Device Ckt 1 24 I/O Point Used as a Monitor
Examples of input points are a hardwired zone initiating device circuit, addressable monitor device circuit, or a 24 input/output point used as a monitor point. As for output points, examples include a hardwired indicating appliance circuit, addressable control ZAM circuit, hardwired relay circuit, and a 24 input/ output point used as a relay.
System capacity also includes 1000 annunciation points. None of these points are part of the 512 input/output points. One LED or one switch on a LED/Switch Module and a RCU or SCU point take up a single annunciation point. Any 24 input/output point used for a lamp or switch takes up two annunciation points - one for the custom label and one for the point itself.
of 512 I/O Points: per 4 100 System
SYSTEM CAPACITY GUIDELINES
119 Module
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CAPACITY
1 output
= 1 1 1 1
Hardwired IAC (Voice or Non-Voice) Addressable Control ZAM Ckt Hardwired Relay Ckt 24 I/O Point Used as a Relay
4 100 SYSTEM CAPACITY GUIDELINES l
1000 Points of Annunciation Note: None of the 1000 points are included in the 512 I/O points... 1 Point of Annunciation
= 1 LED on an LED/Switch Module 1 Switch on an LED/Switch Module 1 Point on RCWSCU
2 Points of Annunciation
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= Any 24 I/O Point Used for a Lamp Switch
or
Other capacity guidelines
are as follows:
0 Up to five RS232 ports for printers and CRTs with a maximum of 2 CRTs per system
4 100 SYSTEti CAPACITY GUIDELINES
0 Up to one 2120 communication port for a maximum of 512 points of information passed to or from the 4100 0 Up to 25 remote annunciator locations with a maximum of 10 expansion cards (24-point Input/Output Modules, 64/64 LED/Switch Controller Modules, and RCUs or SCUs) possible at each location 0 A maximum Codes
How are the expansion modules placed inside of the cabinet? Each expansion module has a compatible expansion motherboard associated with it. There are three types of motherboards: Style B; Style D; and 32 points. Each expansion module has its field wiring terminations at its corresponding motherboard. Each motherboard also provides connection points for the expansion module’s power and communications. A wire-tied harness from the Master Controller and the Master Power Supply splits to these motherboard connectors - the white/black end connects to the motherboard’s power connector (P3) while the blue/black end connects to the internal serial communication connector (P2). Within each harness, ensure that the blue comm wire and the white power wire are positioned at the top of each motherboard connector. (Never mix power and communication on a single motherboard connector; they always belong on separate connectors.) It’s then possible to parallelconnect any motherboard to another motherboard. To do so, connect the motherboards together with these connectors.
Up to 5 RS232 Ports for Printers and CRTs Note: Maximum of 2 CRTs per System
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Up to One 2120 Communication Port with a Maximum of 512 Points of Information Being Passed To or From the 4100
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Up to 25 Remote Annunciator Locations with a Maximum of 10 Cards (24-pt. I/O, 64/64 LED Switch Controller, or RCWSCU) in any Remote Annunciator Location
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A Maximum of 512 PNIS Codes or VoiceSpoken Codes
of 512 PNIS or Voice-Spoken
To define the types of Initiating Device Circuit Expansion Modules, there are two 8zone modules - Style B (formerly Class B) and Style D (formerly Class A). If suppression is needed for either of these two modules, their corresponding motherboard provides the suppression.
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INITIATING DEVICE CIRCUITS l
8-Zone
- Style
B (formerly
Class
B)
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8-Zone
- Style
D (formerly
Class
A)
Note: Suppression Motherboard
provided
by corresponding
MOTHERBOARDS
* Provide connections
The LED on each module indicates communication failure; that is, the Master Controller is not communicating with the module or the module is not communicating with the Master Controller.
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Style
B
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Style
D
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32 Points for Power and Communications
Indicating Appliance Circuit or Signal Expansion Modules have two circuits or six circuits, in Style Y (formerly Class 6) or Style Z (formerly Class A). A motherboard corresponds to each style module. If suppression is required, the corresponding motherboard provides the suppression.
INDICATING APPLIANCE CIRCUITS 0 0 0 0
2 Circuits
2 Circuits 6 Circuits 6 Circuits
-
Style Style Style Style
NOTE: Suppression Motherboard
Here’s the power distribution for a three input, six output Indicating Appliance Module. This fully loaded module requires inputs from at least two separate power supplies.
Y (formerly Z (formerly Y Z
provided
Class B) Class A)
by corresponding
POWER DISTRIBUTION 2 Amps 2 Amps 4 Amps IwurS
ourPurs 2 Amps
4 Amps 2 Amps
The Expansion Auxiliary Relay Module has four relays with two sets of dry contacts per relay - an A set of contacts and a 6 set. These doublepole, double-throw contacts are rated for 2 amps at 24 volts DC or 0.5 amps at 120 volts AC. Each relay contact’s center strap is fused at 3 amps. To power the contacts, you must first place the appropriate jumpers on the module. There are four jumpers on this module - one for each relay. If you want to power a set of contacts for one of the relays, you put in the corresponding jumper for that relay. Then, you must plug in a 24 volt harness from the power supply onto the connector at the top of the relay module. Of the two sets of contacts for each relay, the A contacts are always the power contacts. The B contacts remain dry.
4 Amps
2 Amps 2 Amps
AUXILIARY
RELAYS
- Rating 2 Amps @ 24 VDC or 0.5 Amps B 120 VAC
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4 DPDT Contacts
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Each Relay Contact
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Contacts May be Powered Jumpers for 24 VDC
0 Unsupervised Each Relay
An unsupervised positive feedback circuit is included for each auxiliary relay.
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Positive
Is Fused at 3 Amps via Factory
Feedback
for
For heavier loads, a 10 amp relay module is available. This module has four relays with double-pole, doublethrow contacts rated for 10 amps at 24 volts DC or 120 volts AC. It also has unsupervised positive feedback.
10 AMP RELAY l
4 Relays with DPDT Contacts Rated for 10 Amps @ 24 VDC or 120 VAC (Inductive)
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4 Unsupervised
Feedback
Points
I
One type of Expansion Power Supply is 8 amps, non-regulated. It has two fused outputs with each output rated for 4 amps at 24 volts DC. For each 4100 cabinet, you are allowed a maximum of three power supplies one Master Power Supply and two Expansion Power Supplies or three Expansion Power Supplies.
8 AMP POWER SUPPLY NON-REGULATED
Another available type of Expansion Power Supply is 5 amps, regulated. This power supply provides plus or minus five per cent voltage regulation.
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2 Fused
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Rated
Outputs
for 4 Amps Q 24 VDC
5 AMP POWER SUPPLY REGULATED l
Plus or Minus 5% Voltage
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Regulation
The Expansion Battery Charger charges up to 50 amp-hour ni-cad or lead acid batteries. This charger monitors for AC power failure, disconnected battery, or high and low battery voltage levels. It also may accept a 240 volts AC input.
EXPANSION BATTERY CHARGER l
Charges
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Lead
up to 50 Ah Batteries
Acid or Ni-cad
Monitors: -AC Power Failure -High Battery Level
Batteries
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If needed, the Enhanced Charger Interface Module is interconnected with the Expansion Battery Charger. It provides manual switches for high rate battery charging and for AC disconnect. This module has a separate LED for AC power failure and for each battery trouble condition: disconnected battery; low battery voltage level or missing battery; and high battery voltage level. This module, mounted near the Expansion Battery Charger, is located in the cabinet’s local display module group. This module also has a voltmeter - zero to fifty volts DC - to indicate battery voltage level and an ammeter - zero to five amps - to indicate battery charging current. This module is often used to meet the requirements of the Veteran’s Administration.
All Expansion Power Supplies/Battery Chargers are supervised through a special circuit called the Power Monitor Status Circuit. This circuit starts at the farthest supply away from the Master Power Supply and loops in and out of each supply until ending at the Master Power Supply. Now stop and rewind the tape. Complete the exercise on page 6 of Publication FA4-91-219.
240
VAC Power
-Low Battery -Disconnected
Level Battery
Input Option
ENHANCED CHARGER INTERFACE Manual Switches for High Rate Charge and AC Disconnect
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B LED Indication for AC Failure, Disconnectel or Missing Battery, Low or High Battery Level D Battery Voltage
Meters to Indicate Battery and Charging Current
-Voltmeter(O-50VDC)
-Ammeter(O-SA)
POWER MONITOR STATUS CIRCUIT l
Supervises Expansion Battery Chargers
Power
Supplies/
* Ckt starts at farthest Power Supply and ends at Master Power Supply
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Exercise 1. How many expansion module addresses are available in a 4100 system? a. b. c. d.
25 119 120 512
2. What is the maximum number of inputs/outputs a. b. c. d.
2040 1024 1000 512
3. If suppression a. b. c. d.
available in a 4100 system?
is required, which board provides it?
Motherboard Daughter Board Power Supply Board Master Termination Board
4. True or False? Both sets of contacts on an Expansion Aux Relay can be powered internally. 5. What is the name of the special circuit that monitors each power supply and battery charger? a. b. c. d.
Loop Monitor Power Monitor Status Power/Battery Trouble Loop Power Loop Consensus
q ‘S (patSMOd
S! 1% v aql AIUO) SSle j
‘V
e ‘E
P ‘2 q ‘C S.NMSU\l
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amSimplex Ed 11 89 Simplex Time Recorder Co.,
l
Simplex Plaza
l
Gardner, Massachusetts
Technical Manuals Online! - http://www.tech-man.com
01441-0001
U.S.A.
FA4-91-219
