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Microwave Frequency | 10.525 GHz |
---|---|
Detection Method | Dual Technology (Microwave + Passive Infrared) |
Detection Range | 15 meters |
Current Consumption | 25mA max |
Alarm Output | Normally Closed (NC) Relay |
Tamper Output | N/C, 28V DC, 0.15A |
Operating Temperature | +50°C |
Humidity | 95% max (non-condensing) |
Mounting Height | 2.2 meters |
Identifies the coin slot feature on the device.
Explains the off-the-wall tamper functionality using a mounting hole.
Refers to the holes used for mounting the detector.
Notes the locations for cable entry.
Details the mirror adjustment and fixing screw.
Identifies the Pyro Detector component.
Indicates the control for adjusting microwave range.
Mentions the cover screw for maintenance.
Terminal for the Normally Closed Tamper circuit.
Terminal for the Normally Closed Auxiliary output.
Terminal for control input.
Terminal used for testing functions.
Terminal for the Normally Closed Alarm output.
Terminal for the positive 12V power supply.
Terminal for the negative power supply connection.
Specifies the operating voltage range (9V to 16V dc).
Details quiescent and maximum current consumption.
Specifies contact ratings for alarm, aux, and tamper.
Describes the purpose of the test input.
Explains the function of the control input.
Details how to adjust the microwave detection range.
Details DTX 18 compliance with TS50131-2-4:2004 standards.
Details DTX 15 compliance with TS50131-2-4:2004 standards.
Guidance on optimal mounting height and obstruction avoidance.
Steps for walk testing PIR and microwave coverage.
Controls the enabling and disabling of device LEDs.
Selects pulse count for harsh environments.
Disables microwave detection when the system is unset.
Configures anti-mask functionality and fault output.
Enables built-in EOL resistors for specific panel types.
Adjusts anti-mask sensitivity for harsh environments.
Enhances detection for high-security applications.
Describes how to perform a remote self-test.
Explains how the system memorizes alarms.
Details how to configure LED behavior.
Explains the meaning of red LED states for alarms and faults.
Explains the meaning of green LED states for microwave activity.
Explains the meaning of yellow LED states for PIR activity.