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Capture Card JET-P6003E

Capture Card JET-P6003E

¥400.00

JET-P6003E is an acquisition card integrating 8-channel voltage sampling and 8-channel isolated current sampling. It supports 0~500VDC voltage and 0~20A AC/DC current sampling, adopts RS485 communication (baud rate 115200bps) with high voltage and current sampling accuracy. It operates at 12V/0.15A, with dimensions of 238×101×20mm, suitable for various industrial acquisition scenarios.

Mechanical Dimensions(mm)

238 x 101

Delivery Time

To Be Negotiated

Product Features

Performance Specification

  1. 8-channel voltage sampling, 8-channel isolated current sampling;
  2. Input voltage range: 0~500 VDC;
  3. Input current range: 0~20 ADC/AAC;
  4. Communication mode: RS485 (baud rate: 115200, no parity bit, 1 stop bit);
  5. Voltage sampling accuracy: 0.5%*A±0.01%FS (A: Target acquisition data value, FS: Full Scale);
  6. Current sampling accuracy: 0.1%*A±0.01%FS (A: Target acquisition data value, FS: Full Scale).

Technical Specifications

Power Supply and Measurement

Parameter Specification
Power Supply Parameters: Voltage 12 V
Power Supply Parameters: Current 0.15 A
Measurement Range: DC Voltage 0~500 VDC
Measurement Range: AC Voltage 0~300 VAC
Measurement Range: AC/DC Current 0~20 ADC/AAC
Measurement Accuracy: Voltage 0.5%*A±0.01%FS(FS: Full Scale, A: Current value) VDC/VAC
Measurement Accuracy: Current 0.1%*A±0.01%FS(FS: Full Scale, A: Current value) ADC/AAC

RS485 Parameters

Parameter Specification
Baud Rate 115200 bps
Data Length 8 bit
Stop Bit 1 bit
Parity Bit None

Dimensions

Length×Width×Height: 238×101×20 mm

Port Definition and Pinout

Port and Function Pin and Remarks
Port Q、R
RS485 Communication
  • Pin 1: RS485-A positive signal
  • Pin 2: RS485-B negative signal
Port S、T
12V Power Supply
  • Pin 3、4: 12V power supply negative pole
  • Pin 1、2: 12V power supply positive pole
Port A
Channel 0 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port B
Channel 0 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
Port C
Channel 1 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port D
Channel 1 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
Port E
Channel 2 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port F
Channel 2 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
Port G
Channel 3 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port H
Channel 3 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
Port I
Channel 4 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port J
Channel 4 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
Port K
Channel 5 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port L
Channel 5 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
Port M
Channel 6 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port N
Channel 6 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
Port O
Channel 7 Current Input
  • Pin 2: Current negative pole
  • Pin 1: Current positive pole
Port P
Channel 7 Voltage Input
  • Pin 2: Voltage negative pole
  • Pin 1: Voltage positive pole
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