Capture Card JET-P6003D

Name: Capture Card JET-P6003D
SKU: 102390
Availability: InStock

Capture Card JET-P6003D

¥400.00

JET-P6003D is an acquisition card integrating 8-channel voltage sampling and 8-channel isolated current sampling. It supports sampling of 0-500VDC, 0-300VAC voltage and 0-10A AC/DC current. Adopting RS485 communication at 115200bps, it features high-precision sampling. It operates at 12V/0.15A with dimensions of 180×95×20mm.

Mechanical Dimensions(mm)	95*180
Delivery Time	To Be Negotiated

Product Model

JET-P6003D

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Description

Product Features

Performance Specification

8-channel voltage sampling, 8-channel isolated current sampling;
Input DC voltage range: 0~500 VDC, input AC voltage range: 0~300 VAC;
Input current range: 0~10 ADC/AAC;
Communication mode: RS485 (baud rate: 115200, no parity bit, 1 stop bit);
Voltage sampling accuracy: 0.5%*A±0.01%FS (A: Target acquisition data value, FS: Full Scale);
Current sampling accuracy: 0.1%*A±0.05%FS (A: Target acquisition data value, FS: Full Scale).

Technical Specifications

Power Supply and Measurement

Power Supply Parameters — Voltage (V)	12
Power Supply Parameters — Current (A)	0.15
Measurement Range — DC Voltage (VDC)	0~500
Measurement Range — AC Voltage (VAC)	0~300
Measurement Range — AC/DC Current (ADC/AAC)	0~10
Measurement Accuracy — Voltage (VDC/VAC)	0.5%*A±0.01%FS（FS：Full Scale, A: Current value)
Measurement Accuracy — Current (ADC/AAC)	0.1%*A±0.05%FS（FS：Full Scale, A: Current value)

RS485 Communication

485 Parameters — Baud Rate (bps)	115200
485 Parameters — Data Length (bit)	8
485 Parameters — Stop Bit (bit)	1
485 Parameters — Parity Bit	None

Dimensions

Dimensions：Length×Width×Height: 180×95×20 mm

Port Definition and Pinout

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