4 Independent Channels Load Cell Transducer 32 bit ARM Technology
Description:
The field transmitters have 4 channels of independent A/D which is an innovative value-adding solution for batching and weight monitoring applications, so its communication speed are faster 4 times than normal weighing transmitter!
The instrument are bundled flawlessly in a IP65 case, allowing it to perform under the worst industrial environments and dramatically reducing the amount of shielded analogue line needed and creating significant savings on the project’s bottom-line.
Characteristics:
IP65 casing allows performance in the worst industrial environment
Used in systems with PLC/PC
4 independent channels of A/D bundled together
Powerful 32 bit ARM technology CPU makes it exceptional precise and responsive
Patent pending two-layer advanced digital filtering algorithm
24 bit Delta-Sigma A/D conversion with 8 million counts internal resolution
Advanced electronics power supply 18-36V DC
All output ports optically isolated
Specifications:
| INIDICATOR POWER | |||
| Power Supply | DC 24V ± 5% | ||
| Power Consume | about 5W | ||
| A/D CONVERTER | |||
| Type | 24-bit Delta-Sigma | ||
| Analogue input range | 0mV to 15mV | ||
| Linearity | <0.001%FS | ||
| Gain Drifting | 10PPM/ | ||
| Minimum Sensitivity | 0.2 µ V/d | ||
| Conversion Rate | 120/s | ||
| Display Accuracy | 1 / 50,000 | ||
| AD independent channels | 4pcs AD | ||
| CALIBRATION & WEIGHING FUNCTIONS | |||
| Calibration | By test weight or by electronic calibration | ||
| Digital Filter | Two layer FIR filter with 9 selectable levels | ||
| Weighing Functions | Zero, zero tracking | ||
| ENVIORNMENTAL | |||
| Operating Temperature | -10 to 40 | ||
| Storage Temperature | -25 to 70 | ||
| Relative Humidity | 90% R.H without dew | ||
| IP Level | IP 65 | ||
| LOAD CELLS | |||
| Excitation | 5V | ||
| Load Cells | Drives 8pcs load cells 350Ω | ||
| MECHANICAL DATA | |||
| Dimensions & Weight | 270×200×78mm (L×W×H) weighs approx.1500g | ||
| Certification |
Company QR code Anytime Anywhere Mobile |
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