Responder – Fire & Safety WA

F4000 ADR-M 4mA Detector Current 1901-116

AJBPIKE — Sun, 07 Oct 2018 13:26:42 +0000

The FP0755 version of ADR supports the 15V MCP, the 614 series of detectors and all the other detectors from earlier versions of ADR, along with some new programmable circuit types.

The ADR-M and its new version software replaces the existing ADRs for standard production and can be purchased under part numbers listed. The existing ADR part numbers will still be available in low quantities for service replacements and upgrades.

Please note that the new ADR-M software MUST NOT be installed in any existing 2.5mA or 4mA ADR PCBs as it will not work properly!

F4000 Multi-Protocol Resp (MPR) 1901-141

AJBPIKE — Sun, 07 Oct 2018 13:26:42 +0000

MPR Responder in Box (PA0713 PCB only)

F4000 Responder Relay Module (RRM) PCB Assembly 1901-15

AJBPIKE — Sun, 07 Oct 2018 13:26:42 +0000

The Responder Relay Module (RRM) is an optional add-on board to an ADR. When added the responder the combination is referred to as an Advanced Relay Responder (ARR). The RRM provides four relay outputs, which may be individually configured as supervised or not.

The RRM provides a current limited 24V output (100mA), which may be used to power external equipment, as long as it is wired through NO relay contacts.

The RRM must be used on ADRs with software versions V1.01 or greater, to provide RRM present monitoring.

F4000 Multi Prot Resp (MPR) PCB Assy 1901-141

AJBPIKE — Sun, 07 Oct 2018 13:26:42 +0000

The MPR has the following features
– Supports Series 130 loop & devices
– Supports 2 wire loop/lines up to 2km in length
– Up to 198‡ addressable devices per loop
– Supports all addressable devices previously supported by the obsolete AAR:-
– C7xA and P7xA smoke detectors
– ADU002
– ADU003A
– ADU004A
– ADU006
– SCI-2 Short Circuit Isolators
– Supports Olsen Z54A Addressable Bases
– Improved Analogue Loop fault tolerance. An open circuit on either wire, anywhere on the loop, will not affect operation of the devices on the loop. Also, open circuit of either wire produces a single event
– Up to 32 MPRs per responder loop
– Single PCB construction for easier maintenance and installation
– PCB fits into F3200 card rack for high density mounting – e.g.. F4000 19” rack cabinet

The MPR is hardware and software compatible with the obsolete AAR (2 wire mode only), and can replace an AAR running in 2 wire loop (line) mode with no re-programming of the MX4428/F4000 panel.

Dimensions
– Height 240 mm
– Width 180 mm
– Depth 50 mm

ADR-M 2.5mA 3K3 EOL PCB 1901-200

AJBPIKE — Sun, 07 Oct 2018 13:26:42 +0000

The PA0844 version of ADR-M is used as a retrofit where existing detector circuits use a resistor ELD in the range of 1k5 to 3k3 ohms (restrictions apply), and Intrinsically Safe applications – since the intrinsically safe Active ELDs (EOL002ZEx) are no longer available for the standard ADR-M and the replacement units (EOL002B) are not intrinsically safe approved. The module must be set for passive ELD (SW2 off). As there are no R2 resistors fitted, these do not need to be cut.

F4000 Loop Booster Unit 1901-36

AJBPIKE — Sun, 07 Oct 2018 13:26:42 +0000

The MX4428/F4000 Loop Booster overcomes problems such as Responder loop voltage drop and excessive loop length that would otherwise necessitiate a restriction in responders or the use of thicker loop cable. By providing additional power supply capacity to an MX4428/F4000 loop, the Loop Booster is a practical and cost-effective means of overcoming these problems, thus enabling extension of the loop length, additional Responders, or smaller cable size to be used. In fact, one loop Booster will allow three times the loop current, loop length, or 1/3 the cable resistance. The use of Loop Boosters in an MX4428/F4000 system completely overcomes loop voltage drop as a practical limit to system size and allows a loop to be extended until the 127 Responder limit is reached.

The Loop Booster contains its own batteries and charger and when placed in the loop, provides power to a section of the loop and monitors the other. If the voltage on the monitored side falls below 17.0V then the Loop Booster supplies power to this leg as well.
It checks at regular intervals to see if the normally monitored leg can self-establish a voltage of greater than 17.0V.

The Loop Booster has an ADR and RRM built into it allowing fault and control signals to be conveyed to and from the FIP via the Loop communications. The Loop Booster is able to perform a local battery test and to energise the power supply for the monitored
leg of the loop. It can transmit signals to the FIP (e.g. battery test fail, battery low, battery fail and/or charger fault) as well as a monitored leg voltage fail. Remote activation of the battery test and loop relay can be carried out at the FIP by using an ACZ and suitable output logic equations.