Summary of Contents for PSG DC10
- Page 1 Operating Manual Temperature Controller DC10 Translation of the German original...
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Page 2: Table Of Contents
Table of contents 1. Introduction 1.1 Structure and use of the manual 1.2 Manufacturer details 2. Description of the temperature controller 2.1 Product description 2.2 Technical specifications 2.3 Intended use 2.4 EC Declaration of Conformity 3. Essential safety instructions 3.1 Safety symbols used 3.2 Primary hazards 4. -
Page 3: Introduction
DC10 Application: Temperature controlling of non-inductive loads Date of Issue May 2013 1.2 Manufacturer details Manufacturer PSG Petro Service GmbH & Co. KG Industriestr. 8a D-61449 Steinbach/Ts. Germany Phone: +49 (0) 6171 / 9750-0 Fax: +49 (0) 6171 / 9750-30 Email: info@psg-petroservice.de... -
Page 4: Description Of The Temperature Controller
2. Description of the temperature controller Summary In this chapter you will find the following sections: • Product description • Technical specifications • Intended use • EC Declaration of Conformity 2.1 Product description Description The temperature controller is an electronic microprocessor-based PID temperature controller. - Page 5 fuse Illustration Temperatur Controller output process value ENERGIZED within limits PROCESS VALUE IN RANGE process value process value OUT RANGE outside limits VALUE ALARM set value alarm AUTO TUNE external auto tuning communication ON/OFF DC-10 shift key mode key ON/OFF increasing decreasing plug socket for load and...
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Page 6: Technical Specifications
2.2 Technical specifications Technical Data Nominal voltage: 115 or 230 V (see type plate) Max. load: 10 A Frequency: 50...60 Hz Power consumption: 6 W (w/o load) Temperature sensor: Thermocouple type J (-200...+1.000°C) type K (-200...+1.370°C (see type plate) Control accuracy: ±... -
Page 7: Intended Use
2.3 Intended use Intended Use The temperature controller is deemed to be used as intended only if attention is paid to the following points: • The temperature controller is designed for industrial applications according to EN 61326. • The temperature controller is used for the controlling of non-inductive loads. -
Page 8: Ec Declaration Of Conformity
2.4 EC Declaration of Conformity pursuant to EC low voltage directive 2006/95/EG The manufacturer PSG Petro Service GmbH & Co. KG Industriestr. 8a 61449 Steinbach/Ts. Germany hereby declares, that the below-mentioned device Temperature controller, type DC10 complies with the regulations of the following directives: •... -
Page 9: Essential Safety Instructions
3. Essential safety instructions Summary In this chapter you will find the following sections: • Safety symbols used • Primary hazards Preface The following essential safety instructions are to be regarded supplementary to already nationally applicable rules and legal regulations for the prevention of industrial accidents. According to this, you must always obey applicable rules and legal regulations for the prevention of industrial accidents in addition to these es- sential safety instructions. -
Page 10: Primary Hazards
3.2 Primary hazards Summary Here you will find information on the essential safety instructions that allow for a safe handling of the temperature controller. The temperature controller utilizes voltages of 230 V with corre- spondingly high amperages. Since amperages as of 40 mA can be lethal, appropriate precautions are to be taken. -
Page 11: Wall Mounting
4. Wall mounting Coupling frame To install the tempeature controller on a wall take out the quick coupling frame. To do so, unlock the latch by pushing it inside at the lower face side using an appropriate tool. Install the frame on a wall or another surface being suitable for using the following pattern of drilling. -
Page 12: Electrical Connection
5. Electrical connection Competence The electrical connection of the temperature controller may only be carried out by “authorized personnel”. The manufacturer assumes no liability for installation work per- formed by the operator and for thereby resulting damages or injuries. Safeguarding The power supply of the temperature controller must be safe- guarded by means of a residual-current circuit breaker (RCCB) together with an overcurrent circuit breaker (OCB). - Page 13 Wiring Diagram The temperature controller utilizes voltages of 230 V with corre- spondingly high amperages. Since amperages as of 40 mA can be lethal, appropriate precautions are to be taken. DANGER OF Preventive measures: DEATH! • Do not touch any current-conducting parts. •...
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Page 14: Configuration
6. Configuration Summary In this chapter you will find the following sections: • Start-up (quick guide) • Auto tuning • Limiter function • Set value limits • Menu structure and parameter values 6.1 Start-up (quick guide) As long as the temperature controller is not factory-preset for your application, obey the following instructions to put the controller into operation. -
Page 15: Auto Tuning
Now press the mode key repeatedly until you get back to the PV/ SV display mode. Then the process value is empty (- - - -) and the set value is showing zero (0). Press the mode key again. The set value display is showing the set value following symbol: set value (SV) -
Page 16: Limiter Function
Auto Tune Press the ▲ or ▼ key until the set value display is also showing Confirm the setting by pressing the mode key. The controller is switching to the display mode and starting the auto tuning function. While the controller is calculating the PID values the yellow LED “AUTO TUNE”... - Page 17 process high alarm Confirm the setting by pressing the mode key. The process value display is showing the symbols inner event 3 function Set the digits in the set value display to reverse To do so, select the corresponding digit using the shift key ► and change the value using the ▲...
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Page 18: Set Value Limits
Set the required limit value using the ▲ or ▼ key. Using the shift key ► the digits can also be selected directly. The active digit is blinking. Now press the mode key repeatedly until you get back to the display mode. - Page 19 Set the digits in the set value display to no function To do so, select the corresponding digit using the shift key ► and change the value using the ▲ or ▼ key. Confirm the setting by pressing the mode key. Then press the mode repeatedely until the process value display is showing inner event 2 type Press the ▲...
- Page 20 Set the admissible negative temperature deviation using the ▲ or ▼ key (2 for a.m. example). Confirm the setting by pressing the mode key. Now press the mode key repeatedely until you get back to the display mode. Then the process value display and the set value display are showing the messured value and the set value respec- tively.
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Page 21: Menu Structure And Parameter Values
6.5 Menu structure and parameter values Power ON is indicated on the PV display for 3 sec after power-on.) Standby mode Output MV indication mode Mode Key (3 sec) SHIFT Key (3sec) PV/SV display mode The 1st dot from the right on the SV display is indicated on the PV display. - Page 22 (Table 3-1) Inner event main and sub settings and range High limit alarm Main setting: –(Input span) to Input span, Sub setting: Unavailable (Off when set to 0 or 0.0) Low limit alarm Main setting: –(Input span) to Input span, Sub setting: Unavailable (Off when set to 0 or 0.0) High/Low limits alarm Main setting: 0 to input span,...