Product Description
A15
Compact Design AmplifierCompact design amplifier — wide input range, high accuracy, suitable for industrial weighing
A15
Compact Design AmplifierCompact design amplifier — wide input range, high accuracy, suitable for industrial weighing
Description
Compact design amplifier offering high accuracy and flexible installation for a wide range of industrial weighing applications.
- Compact Design
- Wide Input Range, 0.4 ~ 6 mV/V
- Four 350 Ω sensors can be connected
- Using imported electronic components, with high-frequency response and long-term stability, max. accuracy can be ±0.001% F.S.
- Input power reverse protection and output short-circuit protection
- Calibration, tare, set zero, gross weight, 0 tracking and other general weighing functions
- RS232 or RS485 connection optional
- Suitable for all kinds of industrial applications
GENERAL
- Sampling Rate
120 / 200 / 400 / 600 / 800 / 1200 / 1600 / 2400 / 4800 Hz
- Internal Resolution
24 bits
- Resolution (Noise Free)
22.5 bits
- Gain Adjustment
100% F.S.
- Offset Adjustment
100% F.S.
- Integrated Pigtail Filter
50/60 Hz rejection (10 Hz)
- CMRR
100 dB
- Current Consumption (No Load)
100 mA
- Zero Drift
±0.1 μV/°C
- Gain Drift
+5 ppm/°C
- Accuracy
0.001% F.S.
- IP Rating
IP65
- Weight
0.1 Kg
INPUT
- Differential Input
±0.1 ~ ±6 mV/V
- Bridge Excitation
5 VDC
- Input Load
4 pcs 350 Ω sensors
- Channel Quantity
1
- Electronic Identification
Weight calibration, weight-free calibration or TEDS; auto-calibration (option)
OUTPUT
- Analog Output Resolution
16 bits
- Analog Adjust Mode
Digital adjust
- Analog Output Bandwidth
Same as sampling rate
- Digital Output Bandwidth
Same as sampling rate
- Bipolar Output
+5 VDC, ±10 VDC
- Analog Noise Output
< 12 mVp-p
- ASCII Output Format
Customized
- Minimum Load Impedance
VOUT: 15000 Ω; IOUT: 300 Ω
- Connectors
2 × EDG-3.81-5/2, EDG-3.81-2
- Digital Outputs
RS232 or RS485; Modbus RTU, FREE, ASCII
ENVIRONMENT
- Operating Temperature
-25 ~ 65 °C
- Storage Temperature
-40 ~ 125 °C
- Relative Humidity
≤ 85% RH