Industrial Automatics - controls, measurement, regulators, sensors...
- Data Acquisition Systems
- Regulators of Temperature
- Universal Temperature Regulator UR11
- Microprocessor Temperature Regulator URM11-T
- Threshold Thermoregulator WP
- Regulators of Humidity
- Regulators of Temperature and Humidity
- Universal Regulators
- Controllers of Furnaces
- Microprocessor Oven Controller USPP-E
- Microprocessor Oven Controller USPP-G
- Microprocessor Controller USPP-TCF
- Controllers of Drying Rooms
- Controllers and Time Relays
- Water Feeders and Mixers
- Displays
- Gas Invigilators
- Measurement Transducers
- Sensors and Measurement Systems
- Semiconductor Devices
Microprocessor Oven Controller USPP-E
USPP is a controller with built in microprocessor which controls temperature and measures time. USPP-E controller is designed for electric ovens. Controlling method is based on PID type. Since the controller is universal, it can be used everywhere, where regulation of temperature and measuring of time is needed. Device is fully programmable and all programmed parameters are stored in non-volatile memory. Controller can be installed both in new and used up ovens.
USPP-E controller is two-channel regulator. It controls temperature in two separate channels in two different places in oven. Program reads temperature from two sensors and controls work of relays. Device can be also used as double-threshold regulator with time measuring or as two separate regulators.
Measured value of temperature and time is presented on displays in real-time. There are additional LEDs on front panel which indicate whether outputs are on or off. Different LEDs are used to signal alarm states. Each of the channels has two separate outputs to control splitting of output power. There are buttons to control additional functions like switching light, ventilation, etc. Device has sound signal to indicate the end of measured time.
USPP-E controller is two-channel regulator. It controls temperature in two separate channels in two different places in oven. Program reads temperature from two sensors and controls work of relays. Device can be also used as double-threshold regulator with time measuring or as two separate regulators.
Measured value of temperature and time is presented on displays in real-time. There are additional LEDs on front panel which indicate whether outputs are on or off. Different LEDs are used to signal alarm states. Each of the channels has two separate outputs to control splitting of output power. There are buttons to control additional functions like switching light, ventilation, etc. Device has sound signal to indicate the end of measured time.
| Inputs |
Two temperature measurement inputs for resistance sensors,
thermocouples
and standard signals Alarm input |
|
| Measurement input | 0,1% of measurement range- 10-bit analogue to digital converter | |
| Outputs |
Four relay outputs 5A/250VAC, resistance load Two voltage outputs |
|
| User interface |
12 keys LED display 3+2 digits (red, or green - 14mm) |
|
| Alarms |
Alarm value exceeded Sensor damage Damage in power circuit |
|
| Power supply |
Voltage Power consumption |
230VAC, 24VAC, 12VAC, 12VDC 4VA |
| Enclosure and assembly | Degree of protection | Front IP54, total IP20 |
| Operating temperature | 0 - 60 ° C | |
| Maximum humidity | 80% without condensation | |
| Weight | 950g | |
| Enclosure dimensions |
HxWxL (96x96x120mm) - Metal enclosure (96x96x100mm) - Plastic enclosure (Strengthened Noryl) |
|
| Assembly method | Table mounted | |
| Assembly slot size | HxW (91x91mm) | |
| Maximum assembly panel thickness | 8mm | |
External connections
Measurement input type
| Code | Sensore | Range |
| 1 | Thermocouple J | 0 - 800°C |
| 2 | Thermocouple K | 0 - 1200°C |
| 3 | Thermocouple N | 0 - 1300°C |
| 4 | Pt100 | -200 - 750°C |
| 5 | 0 - 1 V | ------- |
| 6 | 0 - 20 mA | ------- |
| 7 | 4 - 20 mA | ------- |
| USPP-E | - | X | - | X | - | X | - | X | - | X | |||
| | | | | | | | | | | _ | Power supply | |||||||
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1: 230 VAC 2: 24 VAC 3: 12 VAC 4: 12 VDC |
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| | | | | | | | | _ | _ | _ | Regulation algorithm | ||||||
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P: PID H: Hysteresis |
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| | | | | | | _ | _ | _ | _ | _ | Output type | |||||
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S: relay N: voltage |
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| | | | | _ | _ | _ | _ | _ | _ | _ | Sensor type | ||||
| | | see table | ||||||||||||
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| | | _ | _ | _ | _ | _ | _ | _ | _ | _ | Enclosure type | |||
| M: Metal P: Plastic |
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| Ordering example: | |||||||||||||
| USPP-E-M-4-S-P-1 | |||||||||||||
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Microprocessor Furnace
Controller USPP-E, metal enclosure, sensor PT100, relay output, PID regulation algorithm, power supply 230 VAC |
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Measurement input type
| Code | Sensore | Range |
| 1 | Thermocouple J | 0 - 800°C |
| 2 | Thermocouple K | 0 - 1200°C |
| 3 | Thermocouple N | 0 - 1300°C |
| 4 | Pt100 | -200 - 750°C |
| 5 | 0 - 1 V | ------- |
| 6 | 0 - 20 mA | ------- |
| 7 | 4 - 20 mA | ------- |
