Shangsi Da SS-9261 Radar Detector User Manual

The SS-9261 radar detector uses a microwave dedicated microprocessor, not only has high detection sensitivity, wide detection range, but also works very reliably, with an extremely low false alarm rate. It can work stably in a temperature range of -25 to +45 degrees, and is most suitable for use as a human or object movement detection sensor in mid-to-high-end security alarm systems.


Shangsi Da SS-9261 Radar Detector User Manual - cover page
Brand
SS-9261
Category
Other Electronics
Document type
User Manual
Language
Chinese
Pages
1
File format
PDF
File size
142 KB
Published
05 January, 2012
Updated
01 October, 2023
MD5 checksum
A08E9F2276325C5F1E1ED5C686926CDF

About this manual

This manual describes the working principle of the SS-9261 radar detector, including its microwave sensing area, detection of human or object movement, and the resulting relay outputs. It also explains the indicator lights, sensitivity adjustment, and self‑test behavior on power‑up.

Installation notes cover wiring connections (OUT1, OUT2, Vcc+, GND), recommended mounting locations, power supply requirements, and precautions to avoid false alarms. The document ends with the main technical specifications such as power voltage, monitoring range, output type, dimensions, and operating temperature. This manual is written in Chinese.

What's inside

  • Working Principle
  • Installation and Wiring
  • Usage Precautions
  • Technical Specifications
  • Output Description

Specifications

Power supply voltage+12 V
Monitoring rangeEffective up to 7 m, maximum 14 m
Output typeRelay contact output, max 1 A
Dimensions111 mm × 71 mm × 44 mm
Operating temperature-25 °C to +45 °C

Frequently asked questions

What power supply is required for the SS-9261 radar detector?

It requires a 12 V DC supply with at least 100 mA current, and the voltage must not drop below 10.5 V during operation.

How far can the detector sense movement?

The detector reliably detects movement within 7 m, and can reach up to 14 m under optimal conditions.

How are the output signals provided?

When triggered, the detector closes relay contacts on OUT1 and OUT2, each capable of up to 1 A current; the contacts show zero resistance when closed.

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