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ATT1000
ATT
Updating time of output current in 90 ms
Backlit LCD display rotatable to any angle
Two years stability of 0.1%
Accuracy +/-0.1% of Span
Parameter setting by keypad directly
4-20 mA output plus direct digital HART communication
Automatic zero calibration by press-button
Explosion proof and weather proof housing
Inputs: | Display: |
Universal Input | Backlit LCD rotatable to any angle |
Thermalcouple | Display Function: |
T/C (K, S, B, E, J, T, R, N)...... | 5 Digits programmable & 0-100% Bargraph |
RTD | Display Unit: |
CU50 / PT100, 2 / 3 / 4 wire...... | oC / oF / oR / oK |
mV | Setting Method: |
-128~128 mV / -1000~1000 mV...... | B Type |
Resistance | USB + PC software (windows system) |
0-600 / 0-5000 | C Type |
Accuracy: | HART signal |
+/-0.1% of span | D Type |
Stability: | HART signal & keypad |
+/-0.1% of span for 2 years | Current Output: |
Temperature Effect: | 4-20 mA 2 wires with HART Signal |
+/-0.1% of span per 10 oC | Load |
CJC Compensation: | Rohm = (VDC-9) * 50 |
+/-0.5 oC | Power Supply: |
Simulation Output: | 9-36 VDC |
4-20 mA | Digital Communication: |
Updating time of output current in 90 ms
Backlit LCD display rotatable to any angle
Two years stability of 0.1%
Accuracy +/-0.1% of Span
Parameter setting by keypad directly
4-20 mA output plus direct digital HART communication
Automatic zero calibration by press-button
Explosion proof and weather proof housing
Inputs: | Display: |
Universal Input | Backlit LCD rotatable to any angle |
Thermalcouple | Display Function: |
T/C (K, S, B, E, J, T, R, N)...... | 5 Digits programmable & 0-100% Bargraph |
RTD | Display Unit: |
CU50 / PT100, 2 / 3 / 4 wire...... | oC / oF / oR / oK |
mV | Setting Method: |
-128~128 mV / -1000~1000 mV...... | B Type |
Resistance | USB + PC software (windows system) |
0-600 / 0-5000 | C Type |
Accuracy: | HART signal |
+/-0.1% of span | D Type |
Stability: | HART signal & keypad |
+/-0.1% of span for 2 years | Current Output: |
Temperature Effect: | 4-20 mA 2 wires with HART Signal |
+/-0.1% of span per 10 oC | Load |
CJC Compensation: | Rohm = (VDC-9) * 50 |
+/-0.5 oC | Power Supply: |
Simulation Output: | 9-36 VDC |
4-20 mA | Digital Communication: |