CERBERUS PYROTRONICS GAD IXL Remote Graphic and Relay Driver Owner’s Manual

: June 9, 2024
: CERBERUS PYROTRONICS

Table of Contents

CERBERUS PYROTRONICS GAD IXL Remote Graphic and Relay Driver
FEATURES
Description
Operation
Engineer and Architect Specifications
Wiring Diagram
Electrical Operating Characteristics
Mounting
References
Read User Manual Online (PDF format)
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CERBERUS PYROTRONICS GAD IXL Remote Graphic and Relay Driver

FEATURES

RRD Energizes Relays
GAD Illuminates Graphic Annunciators
Up to 24 Combined Module Capacity
Header Connections for use with User Supplied LED Graphic Panel
ULC Listed, FM, CSFM and NYMEA Approved

Description

The Remote Graphic Driver and Relay Driver are modules that can be used to illuminate graphic annunciators or energize relays. The Remote Graphic Driver Module is model GAD and the Remote Relay Driver Module is model RRD.
Both modules have a header (i.e., a male connector for a female pin wire connector). The wire connector from the GAD is fastened to a user supplied LED graphic panel. The wire connector from the RRD is fastened to a user supplied UL listed relay unit.
The GAD and RRD modules can be connected anywhere on the IXL network communication lines.

Operation

When the Graphic Drivers (GAD) are connected to user supplied graphic annunciators, the GAD can support up to 192 graphic annunciated points. Both alarm and trouble LED’s can be annunciated with the use of the GAD.
When used, treat the Graphic Driver as a remote annuncia-tor in power calculations, with each module accommodat-ing up to 8 points.
The Remote Relay driver must include relay current requirements in line loading calculations.
The wires coming from both the GAD and RRD driver card are not supervised. Therefore, if possible, always mount the GAD in the same cabinet as the graphic display or, for the RRD, mount it in the same box as the relays.

Engineer and Architect Specifications

Remote Graphic drivers shall be a model GAD, Remote Relay drivers shall be a model RRD. These driver modules shall be connected anywhere onto the IXL system network communication lines. These modules shall have headers to enable connection to user supplied LED graphic panels or user supplied UL listed relay unit.

Wiring Diagram

Model RRD $CERBERUS=-PYROTRONICS-GAD IXL-Remote-Graphic-and-Relay-Driver- fig- $4$$

NOTES: $CERBERUS=-PYROTRONICS-GAD IXL-Remote-Graphic-and-Relay-Driver-fig- $5$$

All field wiring must be in accordance with NFPA 70, Article 760.
Refer to loop power requirements.
Do not make connections while System is powered.
Use 4 conductor wire.
Other IXL addressable devices may also be connected on the same loop, such as the remote annunciator, collective zone interface control element and ICon.
A remote auxiliary 24 VDC power supply may be used to power graphic annunciators.
When an auxiliary power supply is used, J1 must be in position A. When power is taken from the control line, J1 must be in position B.
The RRD must be used within the same room, field wiring must be in conduit, and wiring must not exceed 20 feet.
The Remote Graphic unit must be a UL listed control unit acces sory and have compatible ratings.

Model GAD $CERBERUS=-PYROTRONICS-GAD IXL-Remote-Graphic-and-Relay-Driver- fig- $6$$

NOTES: $CERBERUS=-PYROTRONICS-GAD IXL-Remote-Graphic-and-Relay-Driver-fig- $7$$

All field wiring must be in accordance with NFPA 70, Article 760.
Refer to loop power requirements.
Do not make connections while System is powered.
Use 4 conductor wire.
Other IXL addressable devices may also be connected on the same loop, such as the remote annunciator, collective zone interface control element and ICon.
A remote auxiliary 24 VDC power supply may be used to power graphic annunciators.
When an auxiliary power supply is used, J1 must be in position
When power is taken from the control line, J1 must be in position B.
The GAD must be used within the same room, field wiring must be in conduit, and wiring must not exceed 20 feet.
The Remote Graphic unit must be a UL listed control unit acces sory and have compatible ratings.

Electrical Operating Characteristics

Remote Graphic Driver (GAD)

Remote Graphic Driver (GAD)
- Input Power 24 VDC, 2mA (no LED’s on)
Output Current 5mA per Alarm LED
- 5mA per Trouble LED
- 80mA when ALL LED’s are on as for Lamp Test

Remote Relay Driver (RRD)