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BICM Module Installation and Operation Catalyst / Verbatim

 

  • BICM1: Remote Arm/Disarm Indicator and On/Off Status Indicator
  • BICM2: Remote Arm/Disarm Control with Status Indicator
  • BICM3: Remote Acknowledge with Status Indicator
  • BICM4: Remote TFAIL (Telephone Fail) Indicator

BICM_module

 

  

Click the Image next to the title to expand that section.

ImageIntroduction

 

The BICM module provides remote control and indication of selected autodialer functions. The BICM is ordered configured in one of four standard configurations. The modules themselves are physically identical. The option number designation determines how it is configured and connected to match the specified functions. Some functions are controlled by jumpers and connections; others require factory changes.  Other configurations may be available by special ordered.
Each module consist of two independent circuits. One provides a control function that allows an external signal to control some pre-configured functions in the autodialer. The second monitors pre-configured states of the autodialer and provides an output signal to an external circuit.

BICM Control Functions:

The BICM allows some preselected functions of the autodialer to be controlled by an external dry contact or 5VDC signal. The control function is determined by the option number and is pre-configured at the factory. Other functions may be available by special order.

The control signal mimics a front panel keypress and operates exactly as if the corresponding function key has been pressed. Like a keypress, the control signal must be a momentary pulse. If the signal remains on, the autodialer acts like a key is stuck and may not function property. Most functions are toggles: e.g. one pulse will arm the autodialer and the next pulse will disarm it. The only way to know the specific state is to monitor the state with a different BICM channel.

The control signal is connected to TS1-1 to TS1-4. The signal can be configured for a dry contact or a 5VDC signal by jumpers J1 and J2. It is typically a pushbutton, relay contact, or PLC output.  The signal controls relay contacts C2, NO2, and NC2 on TS2. These contacts are wired at the factory to the internal circuits of the autodialed which controls its functions. Do not connect external circuits to these contacts.
All input signals are connected to TS1.

This is a functions description of the pins:

  1. 5VDC from the autodialer
  2. Pulled high by a 1K resistor to the 5VDC supply on pin 1
  3. Direct connection to the output relay's coil
  4. Direct connection to the other side of the output relays coil
  5. Normal Input - When 5VDC is applied the output relay is energized
  6. Inverting Input - When 0VDC is applied the output relay is energized
  7. Ground
  8. Ground

JB1 and JB2 are used to configure the inputs. JB1 connects one side of the output coil to ground (TS1-7 and TS1-8) JB2 connects the other side of the coil to 5VDC (TS1-1).

Dry Contact configuration:  (JP1: INSTALLED, JP2: REMOVED) Connect a momentary, normally open, dry contact or switch between terminal TS1-4 and TS1-7.  This will provide a ground to one side of the relay coil. JP2 supplies 5VDC to the other side.

Note: TS1-1 is connected to the autodialer's internal 5VDC power supply.  If external voltage is applied or if the terminal is shorted it can damage the Verbatim Autodialer!  

5VDC configuration:  (JP1: REMOVED, JP2: REMOVED) Connect a 5VDC source to terminals TS1-3 and TS1-4.  These two terminals connect directly to the relay coil. With JP1 and JP2 removed, the input wiring is isolated from the autodialer except for the relay coil. The relay requires approximately 30MA to operate. Do not apply more than 5VDC to the input or the relay may be damaged.

BICM Monitoring Functions:

The BICM can be connected to monitor most of the front panel indicators by selecting the specific option desired or by special order.  An output relay contacts are provided to connect an alarm or PLC input. Monitoring signals from the autodialer are connected to TS1-5 and TS1-6 at the factory. TS1-5 is the Normal input. If the signal wire is connected here, the output relay is energized and contacts C2 and NO2 close when the front panel indicator is on. If the signal wire is connected to TS1-6, the signal is inverted so that the relay is energized when the indicator is off. The relay is always de-energized when the power is off.

A capacitor delay-off circuit keeps the relay energized when the indicator is flashing and for a few seconds after it turns off. This provides a steady signal to trigger the external circuit and prevents fast-cycling of the device.

Figure 1 Output Relay Contact Ratings

BICM_output_relay_contact_ratings

Typical Configuration:

For a typical configuration, JP2 is installed which supplies +5vdc to one side of K2. JP1 is removed which isolates the other side of K2's coin. An external dry contact relay is connected between TS1-4 and COM (TS1-7 or TS1-8). When the external contact closes, it supplies and CON return for K2 which energizes it. Its contacts activate the configured function. K1 provides C(common), NO, and NC dry contacts on TS2-1, TS2-2, and2 TS2-3 respectively. The customer can connect their monitoring equipment here.

Wiring Example:

BICM_wiring_example-1

  

 

 
ImageField Installation
The BICM modules are normally installed at RACO but may be installed in the field if necessary. This requires proficiency at soldering to PCBs. There are many permutations depending on the BICM type, the RTU configuration, and how many modules are installed but the basic process is the same. All that varies is the physical mounting and the exact locations where the wires are soldered.

The BICM is wired to the Front Panel Display PCB which is mounted to the door. It requires connections for:

  • 5vdc power: Two wires which are soldered to the +5v and com rails. There are several connection points for this.
  • Signal wire. One wire that connects to the signal that feeds the front panel LCD.
  • Keyboard switch contacts. Two wires that go in parallel with the appropriate switch contacts. Some switch contacts are shared with two different function keys so the wires must be installed at different locations on the key’s signal PCB trace.

A. Mounting the BICM module

The BICM modules are mounted in one of three locations: On the battery bracket, on a bracket that is bolted to the RTU’s case, or on a card that goes into an empty expansion slot. The location is not critical as long as there’s no physical interference. The card-mounted modules can go in any empty slot where there’s space. The card is just for mechanical mounting and is not electrically connected to the RTU.

Coordinate with RACO to determine the best location for your RTU.

B. Wiring the BICM module

Observe standard electrical safety and ESD precautions when handling or working on the RTU and BICM modules. Follow all local and site specific electrical codes and procedures.

  1. Turn off the RTU. Disconnect the power source that supplies the RTU. Disconnect the red positive lead from the battery.
  2. Verify that JP2 is installed and JP1 is not installed.
  3. Mount the module in an appropriate location.
  4. Route the wires to the front panel PCB. Be careful that they cannot be pinched when the front panel door is closed.
  5. Solder the wires to the PCB in the locations shown. The wires in the photos are routed for clarity in showing where they are wire. They may be trimmed and mounted as best suited for the particular installation.
  6. Check that there are no bridges to nearby circuit traces.
  7. Tie down the wires to provide strain relief and to prevent them from being pinched.
  8. Perform the testing procedure described below.
  9. Once the module is verified to work properly, connect the field wiring and verify that the system works as desired.

C. Testing the BICM module

  1. Connect an ohmmeter or other continuity tester between K1 C1 and K1 NO1.
  2. Apply power to the RTU.
  3. Momentarily connect a jumper between TS1-4 and TS1-8. A bent paper clip works well. There is only 5vdc on the terminals. You should hear or feel K2 energize.
  4. Verify that the configured function is activated: e.g. that the RTU arms and disarms.
  5. Verify that there is continuity between K1 C1 and K1 NO1. When the corresponding front panel indicator is lit. The module has a time delay that keeps the relay energized while the indicator is flashing and for a few seconds after the indicator turns off.
  6. Momentarily reconnect jumper between TS1-4 and TS1-8. The function should toggle each time the jumper is applied.
  7. Turn off the RTU. Disconnect the continuity test and any jumpers.
ImageMounting Options

expansion_and_battery_bracket

BICM_expansion_board

VAN4B

enclosure-1

Wiring & Schematics

Verbatim Internal Wiring

Note: Wire colors may vary depending on the manufacture data and configuration. The keyboard wires (Brown and Green in these pics) are not polarity sensitive and may be connected either way.

bicm1signal

bicm2signal

bicm2keyboard

bicm3signal

bicm3keyboard

When installing more than one modules, there will be instances where two wires may need to go to a single connection point. One of the wires will need to be soldered to a different point in the same PCB trace.

BICM_multiple_power

bicm2bicm3bicm2_bicm3_keyboard

 

bicm2_bicm3_keyboard_02

 

Catalyst Internal Wiring

Catalyst_01

Catalyst_02

Catalyst_03

Catalyst_04

Catalyst_05

 

 

BICM Schematic

bicm_schematic​​​​​​​