ENDA EUP1222 - Universal, DIN rail-mounted, NFC-compatible PID controller
  • ENDA EUP1222 - Universal, DIN rail-mounted, NFC-compatible PID controller

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Fabricante: Sisel

ENDA EUP1222 - Universal, DIN rail-mounted, NFC-compatible PID controller

Universal, rail-mounted, NFC-compatible PID controller

Technical Specification

  • Mounting: DIN rail
  • Settings: Dual setpoint selection (SP1, SP2)
  • Sensor types selection: PT100, J, K, L, T, S, R
  • Input type selection: 0-20mA, 4-20mA, 0-10V, 2-10V, 0-25mV, and 0-50mV
  • Programmable digital contact input D1 and D2
  • Automatic PID parameter calculation (SELF TUNE)

Before the system's first operation, if the PID parameters are known, they should be entered; otherwise, the self-tuning function should be activated.

  • Control outputs can be disabled (used for measurements)
  • Manual control of outputs C/A2 or ANL/SSR
  • Soft start function
  • Communication via RS485 Modbus protocol
  • Selectable control outputs: analog, SSR, or relay
  • Selectable analog output: 0-20mA, 4-20mA
  • Relay output C/A2 can be set as an additional alarm or temperature control output
  • Heating/cooling control type selection
  • Input offset function
  • In case of sensor failure, relay position selection or periodic operation can be performed
  • Profile control function up to 16 steps
  • Optional contact output triggering function at profile steps
  • Timer or thermostat function can be used during profile control
  • Heating error monitoring function
  • Access to all parameters via NFC
  • CE marking compliant with European standards

Technical Data

Parameter Value
Power Supply 24V DC
Maximum Power Consumption 5VA
Connection 1.5mm2 screw terminal
Maximum Terminal Connection Resistance 100Ω for thermocouple, 20Ω for three-wire PT100
Ambient/Storage Temperature 0…+50°C/-25…+70°C (non-condensing)
Protection Class Compliant with EN 60529 IP20
Hysteresis Adjustable range 1…50°C/F

Inputs

Parameter Value
Power Supply 24V DC
Maximum Power Consumption 5VA
Connection 1.5mm2 screw terminal
Maximum Terminal Connection Resistance 100Ω for thermocouple, 20Ω for three-wire PT100
Ambient/Storage Temperature 0…+50°C / -25…+70°C (non-condensing)
Protection Class Compliant with EN 60529 IP20
Hysteresis Adjustable range 1…50°C/F

Inputs

Universal sensor inputs See Sensor Inputs table (rows 1-3)
Potential-free contact input D1 Programmable input 1 for control button See Sensor Inputs table (row 4)
Potential-free contact input D2 Programmable input 2 for control button See Sensor Inputs table (row 4)

Outputs

Output C/A2 Relay: 250 V AC, 5 A (for resistive load), NO (control or Alarm2 output selection)
Output A1 Relay: 250 V AC, 5 A (for resistive load), NO control
ANL/SSR outputs Selectable analog output 0-20mA and 4-20mA; SSR 15V 20mA Maximum load resistance is 500Ω on mA output and in SSR mode
Relay lifetime 10,000,000 operations without load; 250 V AC, 5 A (resistive load) 300,000 operations

Housing

Housing type DIN rail-mounted housing compliant with DIN 43 700
Dimensions (width x height x depth) 22.5 x 96 x 86 mm
Weight approx. 158 g (packed)
Housing material Self-extinguishing plastic

Wiring Diagram

Translation:

Note – Uwaga

Supply – Zasilanie

Fuse should be connected. – Bezpiecznik powinien być podłączony.

Fuse – bezpiecznik

Switch – przełącznik

Cable size – rozmiar przewodu

Ground protection input must be connected to the earth line. – Wejście uziemiające musi być podłączone do linii uziemienia.


• Thermocouples type J-K-L-T-S-R:
Use appropriate compensation cables for thermocouples. Do not use jointed cables. Ensure input terminals are connected correctly with proper polarity as shown in the figure.

• Resistance (Pt100) thermocouples:

For two-wire PT100 sensors, short-circuit terminals 2 and 3. Do not use jointed cables. Long cables cause incorrect temperature measurement.

• Inputs: 0-20mA, 4-20mA, 0-10V, 2-10V, 0-25mV, 0-50mV:

Ensure correct connection and proper polarity at the input terminals as shown in the figure. Do not use jointed cables. Long cables cause incorrect measurement results.

• Potential-free contact inputs D1 and D2:

Potential-free contacts must be used with mechanical keys.

Dimensions (in mm)

Controller Programming

The controller can be programmed via the ENDALink application by bringing a phone with NFC function close. All parameters can be read and configured in the application. A detailed description of the parameters is in the catalog note. QR codes for scanning and installing the application:

Google Play


App Store
Menos
Lee mas

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Universal, rail-mounted, NFC-compatible PID controller

Technical Specification

  • Mounting: DIN rail
  • Settings: Dual setpoint selection (SP1, SP2)
  • Sensor types selection: PT100, J, K, L, T, S, R
  • Input type selection: 0-20mA, 4-20mA, 0-10V, 2-10V, 0-25mV, and 0-50mV
  • Programmable digital contact input D1 and D2
  • Automatic PID parameter calculation (SELF TUNE)

Before the system's first operation, if the PID parameters are known, they should be entered; otherwise, the self-tuning function should be activated.

  • Control outputs can be disabled (used for measurements)
  • Manual control of outputs C/A2 or ANL/SSR
  • Soft start function
  • Communication via RS485 Modbus protocol
  • Selectable control outputs: analog, SSR, or relay
  • Selectable analog output: 0-20mA, 4-20mA
  • Relay output C/A2 can be set as an additional alarm or temperature control output
  • Heating/cooling control type selection
  • Input offset function
  • In case of sensor failure, relay position selection or periodic operation can be performed
  • Profile control function up to 16 steps
  • Optional contact output triggering function at profile steps
  • Timer or thermostat function can be used during profile control
  • Heating error monitoring function
  • Access to all parameters via NFC
  • CE marking compliant with European standards

Technical Data

Parameter Value
Power Supply 24V DC
Maximum Power Consumption 5VA
Connection 1.5mm2 screw terminal
Maximum Terminal Connection Resistance 100Ω for thermocouple, 20Ω for three-wire PT100
Ambient/Storage Temperature 0…+50°C/-25…+70°C (non-condensing)
Protection Class Compliant with EN 60529 IP20
Hysteresis Adjustable range 1…50°C/F

Inputs

Parameter Value
Power Supply 24V DC
Maximum Power Consumption 5VA
Connection 1.5mm2 screw terminal
Maximum Terminal Connection Resistance 100Ω for thermocouple, 20Ω for three-wire PT100
Ambient/Storage Temperature 0…+50°C / -25…+70°C (non-condensing)
Protection Class Compliant with EN 60529 IP20
Hysteresis Adjustable range 1…50°C/F

Inputs

Universal sensor inputs See Sensor Inputs table (rows 1-3)
Potential-free contact input D1 Programmable input 1 for control button See Sensor Inputs table (row 4)
Potential-free contact input D2 Programmable input 2 for control button See Sensor Inputs table (row 4)

Outputs

Output C/A2 Relay: 250 V AC, 5 A (for resistive load), NO (control or Alarm2 output selection)
Output A1 Relay: 250 V AC, 5 A (for resistive load), NO control
ANL/SSR outputs Selectable analog output 0-20mA and 4-20mA; SSR 15V 20mA Maximum load resistance is 500Ω on mA output and in SSR mode
Relay lifetime 10,000,000 operations without load; 250 V AC, 5 A (resistive load) 300,000 operations

Housing

Housing type DIN rail-mounted housing compliant with DIN 43 700
Dimensions (width x height x depth) 22.5 x 96 x 86 mm
Weight approx. 158 g (packed)
Housing material Self-extinguishing plastic

Wiring Diagram

Translation:

Note – Uwaga

Supply – Zasilanie

Fuse should be connected. – Bezpiecznik powinien być podłączony.

Fuse – bezpiecznik

Switch – przełącznik

Cable size – rozmiar przewodu

Ground protection input must be connected to the earth line. – Wejście uziemiające musi być podłączone do linii uziemienia.


• Thermocouples type J-K-L-T-S-R:
Use appropriate compensation cables for thermocouples. Do not use jointed cables. Ensure input terminals are connected correctly with proper polarity as shown in the figure.

• Resistance (Pt100) thermocouples:

For two-wire PT100 sensors, short-circuit terminals 2 and 3. Do not use jointed cables. Long cables cause incorrect temperature measurement.

• Inputs: 0-20mA, 4-20mA, 0-10V, 2-10V, 0-25mV, 0-50mV:

Ensure correct connection and proper polarity at the input terminals as shown in the figure. Do not use jointed cables. Long cables cause incorrect measurement results.

• Potential-free contact inputs D1 and D2:

Potential-free contacts must be used with mechanical keys.

Dimensions (in mm)

Controller Programming

The controller can be programmed via the ENDALink application by bringing a phone with NFC function close. All parameters can be read and configured in the application. A detailed description of the parameters is in the catalog note. QR codes for scanning and installing the application:

Google Play


App Store
Menos
Lee mas
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