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 |
- 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). - Product Technical Specifications
Category Item Technical Parameter Unit Power Supply Parameters Voltage 12 V Current 0.15 A Measurement Range DC Voltage 0~500 VDC AC Voltage 0~300 VAC AC/DC Current 0~20 ADC/AAC Measurement Accuracy Voltage 0.5%*A±0.01%FS（FS： Full Scale, A: Current value) VDC/VAC Current 0.1%*A±0.01%FS（FS： Full Scale, A: Current value) ADC/AAC 485 Parameters 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 Name Function Pin Remarks Q、R RS485 Communication 1 RS485-A positive signal 2 RS485-B negative signal S、T 12V Power Supply 3、4 12V power supply negative pole 1、2 12V power supply positive pole A Channel 0 Current Input 2 Current negative pole 1 Current positive pole B Channel 0 Voltage Input 2 Voltage negative pole 1 Voltage positive pole C Channel 1 Current Input 2 Current negative pole 1 Current positive pole D Channel 1 Voltage Input 2 Voltage negative pole 1 Voltage positive pole E Channel 2 Current Input 2 Current negative pole 1 Current positive pole F Channel 2 Voltage Input 2 Voltage negative pole 1 Voltage positive pole G Channel 3 Current Input 2 Current negative pole 1 Current positive pole H Channel 3 Voltage Input 2 Voltage negative pole 1 Voltage positive pole I Channel 4 Current Input 2 Current negative pole 1 Current positive pole J Channel 4 Voltage Input 2 Voltage negative pole 1 Voltage positive pole K Channel 5 Current Input 2 Current negative pole 1 Current positive pole L Channel 5 Voltage Input 2 Voltage negative pole 1 Voltage positive pole M Channel 6 Current Input 2 Current negative pole 1 Current positive pole N Channel 6 Voltage Input 2 Voltage negative pole 1 Voltage positive pole O Channel 7 Current Input 2 Current negative pole 1 Current positive pole P Channel 7 Voltage Input 2 Voltage negative pole 1 Voltage positive pole
