Digital Temperature Controller Reference Manual
Digital Temperature Controller Reference Manual Digital Temperature Controller Reference Manual
POWER FAIL ALARM CALIBRATION TEMPERATURE STORAGE 5 TYPES OF THERMOCOUPLES THERMOCOUPLES INPUTS SIDE ZONES MODULAR SYSTEM ANALOG INPUT (0-5V) DIGITAL INPUTS BATTERY BACK-UP INTRODUCTION An alarm is generated when the heating element fails, power is interrupted or the SCR driving unit fails. Up to 16 calibration temperatures can be stored. The DTC supports several types of thermocouples. These are ptRh 13%, ptRh 10%, Platinel II, Nich-Ni (Type k) and ptRh 6%. The controller can contain up to 5 3-channel input boards. Each board inputs data from 3 thermocouples, which may be any of the above types. Each zone can be coupled with 2 side zones (used in broadband Conveyor Furnaces). The gain of these zones is independently programmable. The modular construction of the DTC makes it easily expandable. This also improves the serviceability of the units. All boards are accessible from the front of the controller. This enables an external analog ramp unit to be connected. This is only applicable to zones 1, 2 and 3 in a three-zone furnace tube. The 0 to 5V range correspond to 0 to 1000 oC below controller setpoint. Used for calibration of the converter board. These enable the selection of recipes by means of an external timing unit. (Only if there is no DPC) An external Ni-Mh battery maintains data stored in volatile memory for a minimum of 60 days after power is disconnected DIGITAL TEMPERATURE CONTROLLER REFERENCE MANUAL 1-3
1.4 Technical Specifications MAX. NUMBER OF CONTROL ZONES: 15 SETPOINT RANGES: Type R, PtRh 13 % 0 - 1400.0 oC SETPOINT RESOLUTION: Type S, PtRh 10% 0 - 1400.0 oC Platinel II 0 - 1200.0 oC Type K, Nichr-Ni 0 - 1200.0 oC Type B, PtRh 6% 0 - 1400.0 oC 0.1 oC DISPLAY RANGE: PtRh 6%, 10% and 13% 0 - 1499.9 oC PROPORTIONAL BAND RANGE: INTEGRAL RANGE: DERIVATIVE RANGE: % POWER: PROGRAMMABLE SLOPE RANGE: ALARM RANGE HL AND LL: Type K, Platinel II 0 - 1299.9 oC 1 - 100 oC 0 - 25.5 min. 0-255 s. 0-98% 0-100.00 oC/min. STANDARD CONDITIONS: 30 days 1 µV. TEMPERATURE DRIFT: 0.2 µV/ oC max. SUPPLY VOLTAGE REJECTION: OUTPUT SAMPLE RATE: 0.0-25.5 oC (deviation from setpoint) 0.5 µV max. over supply range ( 10%) 1 second INTRODUCTION DIGITAL TEMPERATURE CONTROLLER REFERENCE MANUAL 1-4
- Page 1 and 2: Digital Temperature Controller Refe
- Page 3 and 4: Table of Contents TABLE OF CONTENTS
- Page 5 and 6: List of figures LIST OF FIGURES Fig
- Page 7: HIGH ACCURACY THERMOCOUPLE CONTROL
- Page 11 and 12: 2.Technical Description 2.1 Introdu
- Page 13 and 14: TECHNICAL DESCRIPTION Communication
- Page 15 and 16: TECHNICAL DESCRIPTION A maximum of
- Page 17 and 18: 2.4.1.2 Spike integral block TECHNI
- Page 19 and 20: 3.DTC Configuration 3.1 Introductio
- Page 21 and 22: 3.3 Conveyer furnaces DTC CONFIGURA
- Page 23 and 24: 4.Installation and Calibration 4.1
- Page 25 and 26: STEP 1: INSTALLATION AND CALIBRATIO
- Page 27 and 28: NOTE INSTALLATION AND CALIBRATION M
- Page 29 and 30: 4.3 Repair INSTALLATION AND CALIBRA
1.4 Technical Specifications<br />
MAX. NUMBER OF CONTROL<br />
ZONES:<br />
15<br />
SETPOINT RANGES: Type R, PtRh 13 % 0 - 1400.0 oC<br />
SETPOINT RESOLUTION:<br />
Type S, PtRh 10% 0 - 1400.0 oC<br />
Platinel II 0 - 1200.0 oC<br />
Type K, Nichr-Ni 0 - 1200.0 oC<br />
Type B, PtRh 6% 0 - 1400.0 oC<br />
0.1 oC<br />
DISPLAY RANGE: PtRh 6%, 10% and 13% 0 - 1499.9 oC<br />
PROPORTIONAL BAND<br />
RANGE:<br />
INTEGRAL RANGE:<br />
DERIVATIVE RANGE:<br />
% POWER:<br />
PROGRAMMABLE SLOPE<br />
RANGE:<br />
ALARM RANGE HL AND LL:<br />
Type K, Platinel II 0 - 1299.9 oC<br />
1 - 100 oC<br />
0 - 25.5 min.<br />
0-255 s.<br />
0-98%<br />
0-100.00 oC/min.<br />
STANDARD CONDITIONS: 30 days 1 µV.<br />
TEMPERATURE DRIFT: 0.2 µV/ oC max.<br />
SUPPLY VOLTAGE<br />
REJECTION:<br />
OUTPUT SAMPLE RATE:<br />
0.0-25.5 oC (deviation from setpoint)<br />
0.5 µV max. over supply range ( 10%)<br />
1 second<br />
INTRODUCTION<br />
DIGITAL TEMPERATURE CONTROLLER REFERENCE MANUAL 1-4
Change language