The L818 is a digital transmitter. The L808E digital transmitter is equipped with dual communication interfaces (EtherCAT and Ethernet), and supports 6 acquisition channels. Boasting
24-bit precision and a sampling rate range of 12.5 to 3.2K, this device also integrates the TEDS (Transducer Electronic Data Sheet) function for enhanced usability. For installation flexibility, it is compatible 35mm DIN-rail mounting (vertical).
1. Acquisition channels: 6 channels, 24-bit accuracy, 12.5-3.2K acquisition rate .
2. Structure and installation supports 35mm DIN-rail mounting (vertical)
3. Calibration Function:Multiple calibrations modes incl. digital/weights/TEDS/user setting/non-linear, etc.
4. Communication Protocol: CoE, ModbusTCP, ModbusRTU/Active Upload
Rated Power Supply | 24VDC, 0.35A_MAX | Power Supply Range | (18-30) VDC (Over-Voltage Alarm) |
Environment Temperature | (- 10 - 60)℃ | Storage Temperature | (- 20 - 70)℃ |
| Humidity Range | ＜85% RH No Dew Condensation | Size | L*W*H: 134*90*45mm (terminals included) |
| HMI | Host Computer + Portable Calibrator | Pulse Group Immunity | EFT-Level IV(4KV Test) |
| Surge Immunity | Level 4: 4.0KV | No. of Sensor Channels | 6 Channels |
Sensor Bridge Voltage | 5V ± 1% (Fixed Bridge Voltage) | Sensitivity Range | ± 2.4mV/V (Signal Input Range) |
Signal Sampling Accuracy | 24bit | Signal Sampling Rate | 12.5 - 3.2K |
Signal Detection | Peak Value Capture | Zero Function | Manual Zeroing (Communication) + Auto Zeroing (Power-On/Auto/Tracking) |
Calibration Function | Multiple calibrations modes incl. digital/weights/TEDS/user setting/non-linear, etc. | Communication Function | Default RS485 + EtherCAT/Ethernet |
Communication Protocol | CoE, ModbusTCP, ModbusRTU/Active Upload |
Product Dimension
Other Guide Introduction
1.Pressure and flow control:
Hydraulic/pneumatic systems: Equipped with pressure sensors to control the oil pressure of machine tool hydraulic stations (e.g., 3-5MPa) to prevent overloads.
2.Electric equipment monitoring:
Machine tool equipment: monitor cutting force through pressure sensors and control instruments to prevent overload;
Automated production lines: Cooperate with displacement sensors to control the positioning accuracy of robotic arms (e.g., ±0.01mm), ensuring precise execution of processes such as assembly and welding.
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