The Dsc HSM2164RF is a one-way 433.92 MHz wireless receiver module for PowerSeries Neo panels that enables use of legacy 433 MHz sensors. It supports up to 64 wireless zones and 16 wireless keys, connects to the panel via a 4-wire CORBUS link, and requires PowerSeries Neo firmware v1.5 or higher. The module includes programmable supervisory windows, visible status LEDs, separate wall and case tamper, and can be wired up to 305 m (1000 ft) with 22 AWG.
Supports up to 64 wireless zones and 16 wireless keys; operates at 433.92 MHz and receives legacy 433 MHz devices
Connects via 4-wire CORBUS to PowerSeries Neo panels (requires firmware v1.5+); input 11.3â12.5 VDC, current draw 30 mA
Programmable supervisory window, visible status LEDs, separate wall and case tamper; wiring distance up to 305 m (1000 ft) with 22 AWG
Product Highlights
One-way 433.92 MHz receiver module for PowerSeries Neo; CORBUS connection; supports legacy 433 MHz sensors; up to 64 zones and 16 keys.
Product Information
Standard Information
Brand: DSC
Manufacturer Part Number: HSM2164RF
Technical Specifications
Brand
Dsc
Manufacturer Part Number
HSM2164RF
Product Type
One-way wireless receiver module for PowerSeries Neo
Frequency
433.92 MHz
Wireless Zones Supported
Up to 64 wireless zones
Wireless Keys Supported
Up to 16 wireless keys
Connection
CORBUS (4-wire connection)
Compatible Panels
PowerSeries Neo HS2016, HS2032, HS2064, HS2128
Required Firmware
NEO panel firmware v1.5 or higher
Input Voltage
11.3 VDC - 12.5 VDC (provided by control panel over CORBUS)
Current Draw
30 mA
Hardwired Zone Inputs
4 programmable inputs
Programmable Outputs
4
Programmable Supervision
Programmable supervisory window
Maximum Wiring Distance
305 m (1000 ft) with 22 AWG
Operating Temperature
0 to 49 C (32 to 121 F)
Humidity
Up to 93% RH
Dimensions
5.75" x 4.125" x 1.0" (146 mm x 105 mm x 25 mm)
Weight
0.34 lb (152 g / 5.36 oz)
Tamper
Separate built-in wall and case tamper
LED Indicators
Visible status/communication LEDs
Communication
One-way 433.92 MHz wireless; connects to panel via CORBUS