Digital substrate for Strain guage
AD105D
- Special interface (UART) RS/485 2wire type
- Digital filtering and scaling of the measurement signal
- Communication via ASCII command
- Limit value switches with hysteresis
- Indicate status of power supply
- Power fail safe parameter strong
- Parameter setting and measurement via panel program software
Feature
Specially designed free software allows you to conveniently parameterize your AD105D.
First-time setup enables you to confirm communication protocol and commands. It is recommended to use the dedicated free software.
AdjustmentInitial condition confirmation is available via computer.
Initial setting. Peak hold of process time and filter simulation is available via computer software. It makes your product development more convenience that frequently feth date is not necessary.
ConfirmationOperating confirmation is available via graph function.
Thanks to graph function, change of weight value. Process time monitoring, peak value confirmation is available and frequently feth date is not necessary.
Specifications
Accuracy class | 6000d (Input sensitivity more than 0.5µV/d) | |
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Measuring signal input | >300Ω–4000Ω (Use one-on-one setting with the sensor.) | |
Bridge excit voltage | AC5V | |
Measuring range max | ±3.0mV/V | |
Input sensitivity | 2.0mV/Va | |
Measuring signal resolution max | 24bit (at 1Hz) | |
Measuring rate | 200, 100, 50, 25, 12, 6, 3, 2, 1 Hz (Depending on output format and Baudrate) |
|
Cut off frequency of the digital filter (-3db adjust) | 20–0.01Hz | |
Interface cable length between AED and computer | RS-485 | ≤500m |
Linearity deviation | ±0.0025% (related to full scale value) | |
Temperature effect per 10°C | Zero point (related to full scale value) | ±0.002% |
Measuring sensitivity (related to actual value) | ±0.005% | |
Serial interface | Electrical level AD104-R5 (RS-485) | Low: B-A<0.35V, High: B-A<0.35V |
Baudrate | 1200–115200Baud | |
Output voltage (Max) | 30V | |
Current load, output (Max) | 95mA (at 7V), 85mA (at 30V) | |
Supply voltage | DC7–30V | |
Current consumption (with 350Ω load cell) | ≤70mA | |
Normal temperature range | −10–40°C | |
Operating temperature range | −10–50°C | |
Storage temperature range | −25–75°C | |
Dimensions | 45(L)×22.5(W)×7(H)mm | |
Degree of protection to EN60529 | IP00 | |
Weight | Approx. 50g |
Application Guide
Filling management. (Weight measurement)
Recommended Load Cell
Photo | Model | Rated Capacity (R.C.) | NonLinearity | Maximum Load Area | Features |
---|---|---|---|---|---|
VPW4MC3 | 0.3, 0.5, 2, 3, 5kg | ±0.0150%R.C. | 200×200mm | Single Point Compact, High performance | |
VSP4MC3MR | 15, 20, 30kg | ±0.0166%R.C. | 450×450mm | Single Point High capacity type |
|
50, 75, 100, 200kg | 600×600mm | ||||
VPW10AC3 | 50, 100, 150, 200, 250, 300kg |
±0.0166%R.C. | 600×500mm | Single Point High capacity type |
|
VS40AC3 | 50, 100, 200, 500kg 1, 2, 3, 5ton |
±0.0180%R.C. | - | S type Load Cell Model: KN | |
VPW25C3 | 10, 20kg | ±0.0166%R.C. | 400×400mm | 1000% overload protection Single point loadcell IP69K Fully sealed weld structure |
|
PW27 | 10, 20kg | ±0.0166%R.C. | 400×400mm | EHEDG compatible load cell as Industry's first 1000% overload protection Single point loadcell IP69K Fully sealed weld structure |
●Caution
The AD105D motherboard is not protected against electrostatic discharge. Relevant precautions must be taken when handling in during installation in the transducer.
*For 4-wire RS-485 devices, use jumper wires. (Refer to the manual provided with the device.)
●Important information to EMC protection.
Be sure to install AD105D motherboard into a Grounded Metal case and use shield cable.
Both of shield cables should connected with AD105D motherboard's Grounded metal case.
●Adjustment of AD105D is to be made through communication using RS interface, which requires presettings including address (ADR), baud rate (BDR), parity bit (PAR), terminator (TEX), common output format (COF), etc.
Default settings | Address: 31, Parity bit: None, Stop bits: 1 Baud rate: 9600 bps, CRLF: ON |
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*Number of digits of data received varies depending on the capacity of PLC. (Reference: 15 bits ±10000 or less)