



|
|
|
|
Analog Addressable Devices |
|
| Mini Priority Monitor Module |
|
The XP95A Mini Priority Monitor Module is designed to fit into a single gang box behind a manual pull station. It is supplied with flying leads to connect to the terminals of the station. |
| |
|
| Model: MPM-830 |
P/N: 55000-830 |
|
| data sheet |
| Priority Monitor Module |
|
The XP95A Mini Priority Monitor Module is designed to fit into a single gang box behind a manual pull station. It is supplied with flying leads to connect to the terminals of the station. |
| |
|
| Model: PMM-806 |
P/N: 55000-806 |
|
| data sheet |
| Monitor Input-Output Module |
|
The XP95A Monitor Input-Output Module is designed to fit into a 4” junction box. The module has 2 modes of operation: (1) monitor any normally open contact fire alarm initiating device (2) function as an output relay closure. |
| |
|
| Model: MIO-820 |
P/N: 55000-820 |
|
| data sheet |
| Sounder Control Module |
|
The XP95A Sounder Control Module is designed to fit into a 4” junction box. The unit monitors and controls one circuit of notification appliances or switches audio to a voice evacuation speaker circuit. |
| |
|
| Model: SCM-825 |
P/N: 55000-825 |
|
| data sheet |
| Temperature Sensor Head |
|
The XP95A Temperature Sensor Head is molded from white polycarbonate material with a low air flow resistance design. The sensor monitors temperature by using a single thermistor network. |
| |
|
| Model: TSH-450 |
P/N: 55000-450 |
|
| data sheet |
| Ionization Smoke Sensor Head |
|
The XP95A Smoke Sensor Head is molded from white polycarbonate material with wind resistant smoke inlets and an insect resistant screen. The Ionization sensor is a dual chamber, single radioactive source system that provides analog readings, which are converted to a digital signal and transmitted to the FACP for interpretation. |
| |
|
| Model: ISH-550 |
P/N: 55000-550 |
|
| data sheet |
| Photoelectric Smoke Sensor Head |
|
The XP95A Smoke Sensor Head is molded from white polycarbonate material with wind resistant smoke inlets and an insect resistant screen. The Photoelectric system operates on the light scattering principle. |
| |
|
| Model: PSH-650 |
P/N: 55000-650 |
|
| data sheet |
| Multi-Sensor Head |
|
The XP95A Multi-Sensor head is a combination smoke and heat detector. The detector combines inputs from optical and heat sensors and processes them using a sophisticated algorithm. |
| |
|
| Model: MSH-886 |
P/N: 55000-886 |
|
| Xpert Card |
|
The XPert Card is a unique, patented addressing method which provides simple, user friendly and accurate identification of a detector’s location. |
| |
|
| Model: XPert-771 |
P/N: 38531-771 |
|
| Relay Base |
|
The Relay Base is a 6” mounting device for the XP95A analog addressable sensors. The Base has a built-in Form C relay. |
| |
|
| Model: ARB-RLY |
P/N: MB-RLY-XP95 |
|
| data sheet |
| Sounder Base |
|
The Sounder Base is a 6” mounting device for XP95A analog addressable sensors. The base has a built-in piezo sounder. |
| |
|
| Model: ASB-SDR |
P/N: MB-SDR-XP95 |
|
| data sheet |
| Isolator Module with Base |
|
The Isolator uses a patented technique for recognizing a wiring short circuit by the voltage drop it causes. The isolators “disconnect” the shorted portion of the loop from the rest. |
| |
|
Model: IMB-750
Base: IMB-211 |
P/N: 55000-750
45681-211 |
|
| data sheet |
| RW-AA Analog Addressable Duct Smoke Detectors |
|
The RW-AA Duct Detectors provide early detection of smoke and products of combustion present in air moving through an HVAC duct. The device may utilize photoelectric or ionization detector head. |
| |
|
| Model: RW-AA-P |
P/N: RW-AA-P |
|
| data sheet |
| RW-AR Analog Addressable Relay Duct Smoke Detectors |
|
The RW-AR Duct Detectors provide early detection of smoke and products of combustion present in air moving through an HVAC duct. The device may utilize photoelectric or ionization detector head. |
| |
|
| Model: RW-AR-P |
P/N: RW-AR-P |
|
| data sheet |
Call our Customer Service Department at 732.334.9142 for more information.
All
contents © copyright 1999-2006 WSA. All rights reserved
|
|