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Specifications
Operating Temperature:
-20℃~+55℃
Voltage - Supply:
3V~6V
Mfr. Part #:
EKMC4693111K
Key Attributes
Model Number:
EKMC4693111K
Product Description
Product Overview
The EKMC469311 K is a PIR Motion Sensor, also known as "PaPIRs", designed for both standard and slight motion detection. It offers high sensitivity with a low current consumption of 170A and a digital output. This sensor is suitable for various applications requiring motion detection, with specific considerations for its detection range, angles, and sensitivity.
Product Attributes
- Product Name: PIR MOTION SENSOR PaPIRs
- Model Number: EKMC469311 K
- Lens Color: White, Black, Pearl White
- Ver.: 1.1
- Issued: Mar. 27th, 2018
Technical Specifications
| Feature | Slight Motion Detection Area | Standard Motion Detection Area |
|---|---|---|
| Conditions for Measuring | Ambient temperature=25(77F) Operating voltage=5VDC Temperature Difference Value=4(7.2F) | Ambient temperature=25(77F) Operating voltage=5VDC Temperature Difference Value=4(7.2F) |
| Target Conditions | 1. Movement speed: 0.5m/s 2. Target concept: human head (Object size: Around 200200mm) 3. Passing 1 zone | 1. Movement speed: 1.0m/s 2. Target concept: human body (Object size: Around 400200mm) 3. Passing 2 zones |
| Maximum Detection Range | 3m | 3m |
| Detection Range (Temp. Diff. 2) | 2.2m | 2.2m |
| Horizontal Angle | 44(22) | 90(45) |
| Vertical Angle | 44(22) | 90(45) |
| Detection Zones | 36 | 48 |
| Feature | Value | Unit | Notes |
|---|---|---|---|
| Operating Voltage | 3.0 6.0 | VDC | - |
| Electrical Current Consumption | - | 170 300 | A (Iout=0) |
| Output Current | - | - | 100 A (VoutVdd0.5) |
| Output Voltage | Vdd0.5 | VDC | - |
| Circuit Stability Time (when voltage is applied) | - | - | About 30s. (max.) |
| Maximum Rated Values: Power Supply Voltage | -0.37.0 | VDC | - |
| Usable Ambient Temperature | -20+55 | (-4+131F) | Do not use in a freezing or condensation environment |
| Storage Temperature | -20+70 | (-4+158F) | - |
2504101957_PANASONIC-EKMC4693111K_C17663097.pdf
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