Temperature sensors

• 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

• Thermometers has the same parameters as common design with aluminium connection head „B“:
• Without transmitter (analogy PT50, PT50H, PT50J, PT55):
     - it can be use Pt100/A, B, from two to four wire connection, double sensor, Pt1000, Ni1000, KTY, PTC, thermocouples…
     - basic design Ø8mm, -25…+200°C (T=c. 10sec) or –25…+400°C (T=c. 25sec)
• With transmitter (analogy PTP50, PTP50H, PTP50H, PTP55):
     - 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
     - any measuring range <-50…+80>°C, min. span 50°C
     - another parameters are shown in the datasheet of used transmitter
• screw fitting: M12x1,5 M12x1,75; G1/4, G1/2; M20x1,5; M27x2, G3/4..
• stem from stainless steel Ø 3, 4, 5 6, 8 or 10mm

• thermowells
• adjustable threads
• welded-on pieces
• holder for air conditioning

(You can see description of sensors after click on Types, detailed tables are below)

Attachment for downloads:
(in TXT format for easy linearization in PC)