PANASONIC AMG8854M01 — Thermal Array Sensors

Panasonic AMG8854M01: thermal array sensor, 8×8 pixels, 35.6° viewing angle; 5.0 V PC board module, 5-pin connector, I²C output.

Panasonic AMG8854M01 — Thermal array sensor, 8×8 pixels, 35.6° viewing angle, 5.0 V, PC board module

Status: In production

Brand: Panasonic

Product: Thermal array sensor, 8×8 pixels, 35.6° viewing angle, 5.0 V, PC board module

Pixels: 8 × 8 = 64

Viewing angle: 35.6° (typ.)

Measuring object temperature: −20 °C to 100 °C

Applied voltage: 5.0 V ± 0.5 V DC

Mounting: PC board module, 5-pin connector

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Panasonic AMG8854M01 is the PC-board-mounted version of the Grid-EYE narrow angle type. The sensor sits on a 25 × 16 mm board and is connected through a 5-pin J.S.T connector. The viewing angle is typ. 35.6° horizontally and vertically; the 64-pixel (8 × 8) thermopile array measures the temperature distribution of a narrower area without contact. The model is powered from 5.0 V ± 0.5 V and is listed as low gain in the series table.

The measuring object temperature range is −20 °C to 100 °C and the operating temperature range is −20 °C to 80 °C; temperature accuracy is typ. ±3.0 °C. The module has a single I²C slave address (1101000). The frame rate is 1 or 10 fps and temperature output resolution is 0.25 °C. After setup, communication is enabled in typ. 50 ms, while the output takes 15 s or more to stabilize. The board has 2 mounting holes of 2 mm diameter; general tolerance is ±0.3 mm.

Panasonic AMG8854M01 technical specifications

General
Product typeInfrared array sensor Grid-EYE, narrow angle type, PC board mounting
Sensing elementMEMS thermopile array
Mounting formPC board mounting with 5-pin connector
Amplification factorLow gain
ComplianceRoHS compliant
Detection
Number of pixels64 (vertical 8 × horizontal 8 matrix)
Viewing angle35.6° horizontal and vertical (typ.)
Temperature range of measuring object−20 °C to 100 °C
Temperature accuracy±3.0 °C (typ.)
Frame rateTyp. 1 fps or typ. 10 fps
Temperature output resolution0.25 °C
Electrical characteristics
Applied voltage5.0 V ± 0.5 V DC
Absolute maximum applied voltage−0.3 V to 6.5 V
Current consumptionTyp. 4.5 mA in normal mode, typ. 0.2 mA in sleep mode
Setup timeTyp. 50 ms to enable communication; 15 s or more to stabilize output
Static electricity1 kV human body model, 200 V machine model
Outputs and indicators
External interfaceI²C (digital)
Output modeTemperature output
Calculate modeNo moving average or twice moving average
Operating modeNormal and sleep (detection is off in sleep mode)
Number of sensor addresses1 (I²C slave address 1101000)
Thermistor output−20 °C to 80 °C, 0.0625 °C resolution
Environmental
Operating temperature range−20 °C to 80 °C
Storage temperature range−20 °C to 80 °C
Mechanical and connection
Board dimensions25 × 16 mm; general tolerance ±0.3 mm
Mounting holes2 × ø2 mm
ConnectorJ.S.T, 5 pins, 1.5 mm pitch; housing ZHR-5, contact SZH-00*T-P0.5
PackingTape and reel, 1000 pcs per reel

Key features

  • Narrow viewing angle: typ. 35.6° horizontal and vertical
  • 25 × 16 mm PC board module, 5-pin J.S.T connector
  • 5.0 V ± 0.5 V supply, typ. 4.5 mA in normal mode
  • Object temperature −20 °C to 100 °C, typ. ±3.0 °C accuracy
  • Single I²C address (1101000), 1 or 10 fps

AMG8854M01 ordering codes

Part numberDescription
AMG8854M015.0 V, PC board module; package unit 1000 pcs

Other Panasonic Thermal Array Sensors

  • PANASONIC AMG8833 — Thermal array sensor, 8×8 pixels, 60° viewing angle, 3.3 V, high gain
  • PANASONIC AMG8834 — Thermal array sensor, 8×8 pixels, 60° viewing angle, 3.3 V, low gain
  • PANASONIC AMG8853 — Thermal array sensor, 8×8 pixels, 60° viewing angle, 5.0 V, high gain
  • PANASONIC AMG8854 — Thermal array sensor, 8×8 pixels, 60° viewing angle, 5.0 V, low gain
  • PANASONIC AMG883642 — Thermal array sensor, 8×8 pixels, 35.6° viewing angle, 3.3 V, surface mount
  • PANASONIC AMG883543 — Thermal array sensor, 8×8 pixels, 90° viewing angle, 3.3 V
  • PANASONIC AMG885543 — Thermal array sensor, 8×8 pixels, 90° viewing angle, 5.0 V

Models from other brands: Thermal Array Sensors

Is this non-contact temperature sensor right for your application?

Share the object and its surface (material, emissivity), the temperature range, the measuring distance and spot size, ambient conditions and the system it will connect to (PLC input, analogue output, I²C); let’s select the right non-contact temperature sensor together.

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All product specifications are subject to change without notice. Source: Panasonic Industry, Grid-EYE series page https://na.industrial.panasonic.com/products/sensors/sensors-automotive-industrial-applications/lineup/grid-eye-infrared-array-sensor/series/70504 and AMG8854M01 narrow type datasheet (10 February 2023), downloaded from the same page (accessed 28 September 2026).