ACSⅡ-1000 For Surface Temperature Max. 300°C
ACSⅡ-2000 For Surface Temperature Max. 500°C
Please specify a power supply voltage when ordering (choose from 100 VAC, 115 VAC, or 230 VAC)
Specifications
Overall Accuracy
Model |
ACSⅡ-1000 |
ACSⅡ-2000 |
ACSⅡ-3000 |
ACSⅡ-4000 |
Calibration Object |
Surface |
Internal |
Surface |
Internal |
Range |
Rt to 100°C |
+0.5 / -0.7°C |
+0.5 / -0.7°C |
±0.26°C |
+0.4 / -0.6°C |
±0.26°C |
100 to 200°C |
+0.5 / -1.1°C |
+0.5 / -1.1°C |
±0.32°C |
+0.3 / -0.9°C |
±0.32°C |
200 to 300°C |
+0.5 / -1.5°C |
+0.5 / -1.5°C |
±0.37°C |
+0.1 / -1.1°C |
±0.37°C |
300 to 400°C |
— |
+0.4 / -2.0°C |
±0.43°C |
+0.2 / -1.5°C |
±0.43°C |
400 to 500°C |
— |
-0.1 / -2.9°C |
±0.48°C |
-0.9 / -2.2°C |
±0.48°C |
Control Unit
Model |
ACSⅡ-1000 |
ACSⅡ-2000 |
ACSⅡ-3000 |
ACSⅡ-4000 |
Surface Range |
Rt to 300°C |
Rt to 500°C |
— |
Rt to 500°C |
Internal Range |
— |
— |
Rt to 500°C |
Rt to 500°C |
Control Principle |
PID auto-Tuning Control |
Control |
Input |
Pt 100Ω, ø3.2 Class A |
Accuracy |
±(0.2% of reading)°C |
Display |
8mm high LED display |
Reference Sensor |
Input |
— |
Pt 100Ω, ø4.8 Class A |
Accuracy |
— |
±(0.05% of reading +0.05)°C |
Display |
— |
12.5mm high LED display |
Power Consumption |
App.160W |
App.700W |
App.1600W |
Dimensions (mm) |
320(W)×177(H)×350(D) |
430(W)×177(H)×350(D) |
Weight |
App.4.5kg |
App.5.0kg |
Calibration Unit
Model |
ACSⅡ-1000 |
ACSⅡ-2000 |
ACSⅡ-3000 |
ACSⅡ-4000 |
Testing Surface (mm) |
ø78 |
ø100 |
— |
150×150 |
Test Point |
— |
— |
8 holes based on specified dimension |
Temp. Distribution |
±0.1°C |
Heater |
150W |
600W |
1500W |
Dimensions (mm) |
260(W)×130(H)×260(D) |
390(W)×230(H)×360(D) |
450(W)×405(H)×400(D) |
Weight |
App.7kg |
App.20kg |
App.70kg |
Overheating prevention mechanism |
Bimetal breaker |
Heating time |
Rt → 150°C 20min |
Rt → 250°C 20min |
Rt → 250°C 60min |
Rt → 300°C 40min |
Rt → 500°C 50min |
Rt → 500°C 150min |
Cooling time |
300 → 150°C 20min |
500 → 250°C 30min |
500 → 250°C 220min |
150 → 50°C 40min |
250 → 50°C 70min |
250 → 100°C 430min |
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