Function:
Surplus Pressure Monitoring System consists of surplus pressure monitors (host), surplus pressure controllers, pressure sensors, air valve actuators, and dedicated system monitoring software.
Application Scope:
Suited for public and industrial buildings over 50 meters in height, as well as residential buildings over 100 meters tall.
Order Example:
Specific Model: ARPM-C
Working Voltage: AC 220V, 50Hz
Communication: Upstream RS485, Downstream Two-wire Bus
Installation Method: Track Mount
Technical Specifications
ARPM100/B3 Pressure Differential Monitor
1) Compliant with National Standard GB51251-2017 "Technical Standard for Smoke and Exhaust Ventilation Systems of Buildings"
2) Compatible with remaining pressure controllers, remaining pressure detectors, and air valve actuators, flexibly build a large-capacity evacuation channel remaining pressure monitoring system.
3) Monitor the pressure changes in evacuation corridors through a residual pressure controller, catering to the complex and variable requirements of modern buildings.
4) Strong anti-interference capability, suitable for long-distance power supply
5) Offer 2 RS485 communication loops, each loop capable of connecting 32 pressure relief controllers
ARPM-S/1 Back Pressure Transducer
1) Power Supply: 15-28VDC (Two-wire)
2) Operating Current: <4mA
3) Measurement Range: -1000Pa to 1000Pa
4) Communication Method: Two-wire
5) Dimensions: 86mm x 86mm x 20mm
6) Mounting Hole Spacing: 60mm
7) Installation Method: 86 Boxes Installed
8) Operating Temperature: -20℃ to 70℃
9) Storage Temperature: -40°C to 85°C
ARPM-S/2 Pressure Differential Detector Sub-panel
1) Dimensions: 86mm x 86mm x 20mm
2) Mounting Hole Spacing: 60mm
3) Installation Method: 86 boxes installed
4) Operating Temperature: -20℃ to 70℃
Storage Temperature: -40℃ to 85℃
ARPM-C Pressure Regulator Controller
1) Operating Voltage: AC 220V, 50Hz
2) Power Consumption: Standby < 3W, Active < 10W
3) Output Voltage: 24V (for actuator)
4) Switch Quantity Input: 2 Channels
5) Switching Output: 1 Relay Output
6) Communication: 1 dual bus, 1 RS485
7) Maximum Communication Distance: 500m
8) Installation Method: Track Mount
9) Operating Temperature Range: -20°C to 60°C
10) Storage temperature range: -30℃ to 80℃
11) Environmental Humidity: Relative humidity ≤ 90%, no condensation
12) Protection Rating: IP30
13) Product conforms
ARPM-DC24V Air Valve Actuator
Receive command from the backpressure controller to regulate the opening and closing angles of the bypass relief valve.
2) Selectable rotation angle, universal adapter, set independent running time, with manual control button
3) Operates at a DC24V working voltage to ensure system stability and personal safety
Feature Highlights:
Pressure Differential Transducer
The pressure differential detector utilizes the pressure difference from the mechanically pressurized air supply area (smoke-proof stairwell, independent lobby, shared lobby, and fire elevator lobby) to compare it with the set overpressure value within the sensor. It determines if there is overpressure, issues the corresponding overpressure/increase pressure command, and transmits it to the pressure differential controller via the communication bus.
Pressure Regulator
The controller consists of a power module, input/output unit, control unit, communication module, and protection unit. Upon a fire occurrence, the mechanical pressure-increasing exhaust fan is activated. The pressure differential sensor, upon receiving overpressure/increase pressure commands, controls the switch of the pressure-relief valve in the pressure-increasing air supply system, thereby regulating the airflow of the pressure-increasing fan to achieve automatic control of the mechanical pressure-increasing air supply systems in various sections and areas.
All operational states of the pressure relief valve can be displayed on the residual pressure controller and the system host. The controller itself features automatic and manual control, as well as detection functions.
◆ Actuator for Air Valve
The air valve actuator controls the opening and closing of the pressure relief valve automatically based on the output signal from the excess pressure controller. This ensures a progressively increasing pressure distribution from the corridor to the antechamber to the staircase, complying with the code requirements for the excess pressure values of mechanical pressure supply systems.
The actuator for air valves not only features automatic control but also manual control. In the event of a controller failure, the actuator can be manually operated to open or close the pressure relief valve.
◆ Pressure Relief Monitor
The pressure differential controller is used for monitoring and controlling the operational status of all mechanical pressurized air supply systems and the processing of alarm information. The system allows the pressure differential controller to operate autonomously when there is a failure in the pressure differential monitor or communication network, thereby meeting the system's reliability requirements.
Product Quotation:
