Products

• sealed design, stem from insulation material
• -40…+150°C (class „F“)
• it can be use Pt100/A, B, from two to four wire connection, Pt1000, Ni1000, PTC, thermocouples…
• leads are made from stranded wire with PTFE insulation, 2,5m length

• sensor is sealed into laminated plastic material and covered by teflon shrinkable tube
• -40…+180°C (class „H“)
• it can be use Pt100/A, B, from two to four wire connection, Pt1000, Ni1000, PTC, thermocouples…
• leads are made from stranded wire with PTFE insulation, 2,5m length

• basic design 6x50mm Pt100/B with cable 4w 1m
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
• temperature range -30…+80°C with PVC cable
• dielectric strength: 500V, insulation resistance min. 20MΩ (circuit to metal parts)

• basic design 6x50mm Pt100/B with cable 4w 1m
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, PTC, thermocouples…
• temperature range -40…+200°C with cable MCBE-AFEP
• dielectric strength: 500V, insulation resistance min. 20MΩ (circuit to metal parts)

• basic design 6x50mm Pt100/B with cable 4w 1m
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, thermocouples…
• temperature range -10…+350°C with cable BIMV-CNTEVS
• dielectric strength: 500V, insulation resistance min. 20MΩ (circuit to metal parts)

• basic design Ø8 x 400mm, -25…+100°C (T=c. 2,5sec in water)
• mounting by special holder for air conditioning
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
• accuracy according to used sensor

• basic design Ø8 x 400mm, -25…+100°C (T=c. 2,5sec in water)
• mounting by special holder for air conditioning
• it can be use transmitters
     - PP200 with output 4…20mA
     - PP300 with output 0…10V  
     - PX300 with output 4…20mA with galvanic isolation
     - PPL100 with output ASCII or MODBUS
• power supply by output loop 8…28V DC, ripple max. 0,5V
• any measuring range <-50…+80>°C, min. span 50°C
• accuracy ±0,5% from span (max. ±0,25°C)
• another parameters are shown in the datasheet of used transmitter

• basic design Ø8mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• screw fitting: M12x1,5 M12x1,75; G1/4, G1/2; M20x1,5; M27x2, G3/4 or others by request
• stem from stainless steel Ø8 or 10mm
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
• accuracy according to used sensor

• basic design Ø8mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• screw fitting: M12x1,5 M12x1,75; G1/4, G1/2; M20x1,5; M27x2, G3/4 or others by request
• stem from stainless steel Ø8 or 10mm
  • it can be use transmitters
       - PP200 with output 4…20mA
       - PP300 with output 0…10V
       - PX300 with output 4…20mA with galvanic isolation
•    - PPL100 with output ASCII or MODBUS
• power supply by output loop 8…28V DC, ripple max. 0,5V
• any measuring range <-50…+80>°C, min. span 50°C
• accuracy ±0,5% from span (max. ±0,25°C)
• another parameters are shown in the datasheet of used transmitter

• basic design: stem Ø8mm, thermowell Ø10mm or stem Ø6mm, thermowell Ø10mm
• measuring range-25…+200°C (T=c. 30sec) or –25…+400°C (T=c. 50sec)
• screw fitting: G1/2; M20x1,5; M27x2, G3/4..
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
• accuracy according to used sensor

• basic design: stem Ø8mm, thermowell Ø10mm or stem Ø6mm, thermowell Ø10mm
• measuring range-25…+200°C (T=c. 30sec) or –25…+400°C (T=c. 50sec)
• screw fitting: G1/2; M20x1,5; M27x2, G3/4..
• it can be use transmitters
     - PP200 with output 4…20mA
     - PP300 with output 0…10V
     - PX300 with output 4…20mA with galvanic isolation
     - PPL100 with output ASCII or MODBUS
• power supply by output loop 8…28V DC, ripple max. 0,5V
• any measuring range <-50…+80>°C, min. span 50°C
• accuracy ±0,5% from span (max. ±0,25°C)
• another parameters are shown in the datasheet of used transmitter

• basic design Ø6mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• screw fitting: M12x1,5 M12x1,75; G1/4, G1/2; M20x1,5; M27x2, G3/4..
• stem from stainless steel Ø 3, 4, 5 or 6mm
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
• accuracy according to used sensor

• basic design Ø6mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• screw fitting: M12x1,5 M12x1,75; G1/4, G1/2; M20x1,5; M27x2, G3/4..
• stem from stainless steel Ø 3, 4, 5 or 6mm
• it can be use transmitters
     - PP200 with output 4…20mA
     - PP300 with output 0…10V  
     - PX300 with output 4…20mA with galvanic isolation
     - PPL100 with output ASCII or MODBUS
• power supply by output loop 8…28V DC, ripple max. 0,5V
• any measuring range <-50…+80>°C, min. span 50°C
• accuracy ±0,5% from span (max. ±0,25°C)
• another parameters are shown in the datasheet of used transmitter

• basic design Ø8mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• stem from stainless steel Ø 3, 4, 5, 6, 8 or 10mm
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
• accuracy according to used sensor

• basic design Ø8mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• stem from stainless steel Ø 3, 4, 5, 6, 8 or 10mm
• it can be use transmitters
     - PP200 with output 4…20mA
     - PP300 with output 0…10V
     - PX300 with output 4…20mA with galvanic isolation
     - PPL100 with output ASCII or MODBUS
• power supply by output loop 8…28V DC, ripple max. 0,5V
• any measuring range <-50…+80>°C, min. span 50°C
• accuracy ±0,5% from span (max. ±0,25°C)
• another parameters are shown in the datasheet of used transmitter

• basic design Ø6mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• screw fitting: M12x1,5 M12x1,75; G1/4, G1/2; M20x1,5; M27x2, G3/4..
• stem from stainless steel Ø 3, 4, 5 or 6mm
• it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
• accuracy according to used sensor

• basic design Ø6mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• screw fitting: M12x1,5 M12x1,75; G1/4, G1/2; M20x1,5; M27x2, G3/4..
• stem from stainless steel Ø 3, 4, 5 or 6mm
• inbuilt programmable transmitter PMA300 with 4…20mA output
• power supply by output loop 8…30V DC, ripple max. 0,5V
• any measuring range <-50…+80>°C, min. span 50°C
• accuracy ±0,5% from span (max. ±0,25°C)
• another parameters are shown in the datasheet of used transmitter PMA300

The power supplies are intended to power the converters, isolating modules, converter stem thermometers and other devices in the industry. They are mounted into switchboxes on a DIN 35 standard electrical equipment mounting rail.

• supply voltage: 230V AC ± 10% (45 – 65 Hz)
• output voltage: 24V DC, ±5%
• output power capacity: 0.5VA (22mA)
• protection: transformer with thermal fuse + electronic cut-out

The power supplies are intended to power the converters, isolating modules, converter stem thermometers and other devices in the industry. They are mounted into switchboxes on a DIN 35 standard electrical equipment mounting rail.

• supply voltage: 230V AC ± 10% (45 – 65 Hz)
• output voltage: 24V DC, ±5%
• output power capacity: 5VA (200mA)
• protection: transformer with resettable thermal fuse

• measurement frequency in wide range 0..120kHz
• unipolar and bipolar input signl
• conversion accuracy  0,2%
• response time 300ms
• isolation input-output-power supply: 4000Vef
• universal power supply 19 – 300V DC & 90 – 250V AC