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E-mail
15888188000@139.com
- Phone
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Address
No. 223 North Binjiang Road, Yuyao City, Zhejiang Province
Zhejiang Jinyi Instrument Co., Ltd
15888188000@139.com
No. 223 North Binjiang Road, Yuyao City, Zhejiang Province
Product Details
Feature Overview
Collaborate with software support to conduct overall performance testing on DCS/PLC control systems;
Can serve as a hardware platform for periodic testing of important protection systems;
Multiple channels of the device can be synchronously calibrated (such as AO/AI cards, temperature inspection instruments, and multi-channel data acquisition/recording devices) to improve work efficiency;
High response rate: The response time of a single module from computer instructions to the module is less than 3 milliseconds;
When simulating thermocouple output, the cold junction temperature can be automatically compensated;
Provide three communication methods: USB, Ethernet TCP, RS232;
Provide communication protocols and underlying driver modules;
Provide testing, real-time, and instruction demonstration tool software.
According to the requirements, the upper computer software can be customized.
safe and reliable
The output port can withstand 36V DC ingress;
output portallShort circuit self recovery is possible.
Key Metrics
Output (one year, ambient temperature 20 ℃± 5 ℃) ★ represents the basic range gear
| range | Maximum allowable error of 0.01 level | Maximum allowable error of 0.02 level | resolution |
| ± 10.99999 V | ± (0.008% reading+0.0001 V) | ± (0.015% reading+0.0001 V) | 0.01 mV |
| ± 1.099999 V | ± (0.008% reading+0.00001 V) | ± (0.015% reading+0.00001 V) | 1 μV |
| ± 109.9999 mV | ± (0.008% reading+0.003 mV) | ± (0.015% reading+0.003 mV) | 1 μV |
| 8 types of thermocouples ℃ | See "TC Thermocouple Technical Specifications" for details | See "TC Thermocouple Technical Specifications" for details | 0.1 ℃ |
| 25.0000 mA | ± (0.01% reading+1 μ A) | ± (0.015% reading+1 μ A) | 0.1 μA |
| 4000.00 Ω | ± (0.008% reading+0.04 Ω) | ± (0.015% reading+0.04 Ω) | 10 mΩ |
| 400,000 Ω | ± (0.008% reading+0.005 Ω) | ± (0.015% reading+0.005 Ω) | 1 mΩ |
| 6 types of thermal resistors ℃ | Please refer to the "RTD Thermistor Technical Specifications" for details | Please refer to the "RTD Thermistor Technical Specifications" for details | 0.01 ℃ |
| 54999.9 Hz | ± 2 Hz | ± 2 Hz | 0.1 Hz |
| 999999 pulses | ± 1 piece | ± 1 piece | 1 piece |
|
Maximum output current of V: 10 mA; MA output load capacity ≤ 1 k Ω; 50000 Hz load capacity ≥ 10 k Ω; Waveform: square wave, amplitude: (0.1-9.9) Vp-p; Resistance output external excitation current range: 400 Ω/(0.5-7.5) mA; 4000 Ω/(0.05-0.75) mA. | |||
Measurement (one year, ambient temperature 20 ℃± 5 ℃) ★ represents the basic range range range
| range | Maximum allowable error of 0.01 level | Maximum allowable error of 0.02 level | resolution |
| ± 10.99999 V | ± (0.008% reading+0.0001 V) | ± (0.015% reading+0.0001 V) | 0.01 mV |
| ± 23.9999 mA | ± (0.01% reading+1 μ A) | ± (0.01% reading+1 μ A) | 0.1 μA |
| 10 V measurement input impedance: ≥ 1 M Ω; current measurement input impedance: ≤ 10 Ω. | |||
RTD thermistor (one year, ambient temperature: 20 ℃± 5 ℃)
| Thermal resistance index number | temperature range | Maximum allowable error (analog output) | |
| 0.01 level | 0.02 level | ||
| Pt100 | (– 200~0)℃ | ± 0.05℃ | ± 0.07℃ |
| ( 0~400)℃ | ± 0.09℃ | ± 0.20℃ | |
| (400~600)℃ | ± 0.11℃ | ± 0.20℃ | |
| (600~850)℃ | ± 0.14℃ | ± 0.30℃ | |
| Pt1000 | (– 200~0)℃ | ± 0.05℃ | ± 0.10℃ |
| (0~400)℃ | ± 0.08℃ | ± 0.13℃ | |
| (400~600)℃ | ± 0.11℃ | ± 0.17℃ | |
| (600~850)℃ | ± 0.14℃ | ± 0.23℃ | |
| Cu50 | (– 50~150)℃ | ± 0.07℃ | ± 0.10℃ |
| BA1 | (– 200~0)℃ | ± 0.06℃ | ± 0.08℃ |
| ( 0~400)℃ | ± 0.10℃ | ± 0.15℃ | |
| (400~650)℃ | ± 0.13℃ | ± 0.20℃ | |
| BA3 | (– 50~100)℃ | ± 0.08℃ | ± 0.10℃ |
| G | (– 50~150)℃ | ± 0.07℃ | ± 0.09℃ |
TC thermocouple (one year, ambient temperature: 20 ℃± 5 ℃)
| Thermocouple division number | temperature range | Maximum allowable error (analog output) | |
| 0.01 level | 0.02 level | ||
| S | (– 20~200)℃ | ± 0.9℃ | ± 0.9℃ |
| (200~700)℃ | ± 0.5℃ | ± 0.5℃ | |
| (700~1500)℃ | ± 0.5℃ | ± 0.6℃ | |
| (1500~1768)℃ | ± 0.5℃ | ± 0.6℃ | |
| R | (– 20~100)℃ | ± 0.9℃ | ± 0.9℃ |
| (100~600)℃ | ± 0.6℃ | ± 0.6℃ | |
| (600~1600)℃ | ± 0.4℃ | ± 0.5℃ | |
| (1600~1768)℃ | ± 0.5℃ | ± 0.6℃ | |
| J | (– 210~– 100)℃ | ± 0.3℃ | ± 0.3℃ |
| (– 100~300)℃ | ± 0.2℃ | ± 0.2℃ | |
| (300~900)℃ | ± 0.2℃ | ± 0.2℃ | |
| (900~1200)℃ | ± 0.2℃ | ± 0.3℃ | |
| K | (– 250~–150)℃ | ± 1.0℃ | ± 1.1℃ |
| (– 150~1000)℃ | ± 0.2℃ | ± 0.3℃ | |
| (1000~1372)℃ | ± 0.3℃ | ± 0.4℃ | |
| T | (– 250~–200)℃ | ± 0.8℃ | ± 0.8℃ |
| (– 200~0)℃ | ± 0.3℃ | ± 0.4℃ | |
| (0~400)℃ | ± 0.2℃ | ± 0.2℃ | |
| N | (– 200~– 100)℃ | ± 0.5℃ | ± 0.5℃ |
| (– 100~600)℃ | ± 0.3℃ | ± 0.3℃ | |
| (600~1300)℃ | ± 0.3℃ | ± 0.4℃ | |
| E | (– 250~–200)℃ | ± 0.5℃ | ± 0.6℃ |
| (– 200~700)℃ | ± 0.2℃ | ± 0.3℃ | |
| (700~1000)℃ | ± 0.2℃ | ± 0.3℃ | |
| B | (600~800)℃ | ± 0.8℃ | ± 0.8℃ |
| (800~1100)℃ | ± 0.6℃ | ± 0.6℃ | |
| (1100~1820)℃ | ± 0.5℃ | ± 0.6℃ | |
Note: ①comply withThe 90 international temperature scale is determined by the maximum allowable error of mV output and measurement;
②Excluding sensor and compensating wire errors.
Other indicators
| project | Specifications |
| Automatic temperature compensation range | (0~50)℃ |
| Electrical measurement connection | 4mm gold-plated lantern plug |
| communication connection | Ethernet port USB |
| Synchronize trigger port | DB37 |
| Overall dimensions | (485×177×430)mm |
| weight | 10kg (host); 0.25kg (module) |
| power supply voltage | AC 220V±10%,50Hz |
| power consumption | 20W |
| Operating Temperature | (0~50)℃ |
| Storage temperature | (–20~60)℃ |
| Relative humidity (maximum, no condensation) | At 90% and 35 ℃; At 75% and 40 ℃; 45% at 50 ℃. |