Danfoss RT102 differential thermostat absorption filling +25°C /+90°C
  • Danfoss RT102 differential thermostat absorption filling +25°C /+90°C

RT102 Danfoss differ.thermostat absorption filling +25°C /+90°C. 017-514766

€164.50
Tax excluded

RT102 Danfoss differential thermostat absorption filling +25°C /+90°C. 017-514766

Quantity

EXPERT ADVICE

Professionals in refrigeration technology

SINCE 1986

Since 1986 in refrigeration technology

FACTORY GUARANTEE

You have Always genuine manufacturer's warranty

CUSTOMER SERVICE

+31 413 266 426

info@mfmref.com

Description

RT102 Danfoss differential thermostat absorption filling +25°C /+90°C. 017-514766

  • Type RT102
  • Ambient temperature [°C] -50 - 70 °C
  • Ambient temperature [°F] -58 - 158 °F
  • Ambient temperature range [°C] -50 - 70 °C
  • Ambient temperature range [°F] -58 - 158 °F
  • Approval CCC, CE, GOST AN30, RMRS
  • Capillary tube length [in] 78 3/4 in
  • Capillary tube length [mm] 2.000 mm
  • Charge type Adsorption
  • Contact function SPDT
  • Contact rating AC1=10 A, 400 V
  • Contact rating AC15=3 A, 400 V
  • Contact rating AC3=4 A, 400 V
  • Contact rating DC13=12 W, 220 V
  • Contact rating LR=28 A, 400 V
  • Differential at max. range setting [°C] 3,5 - 20,0 °C
  • Differential at min. range setting [°C] 2,4 - 10,0 °C
  • Differential type Adjustable
  • EAN number 5702423120376
  • Electrical connection size 2xPg 13.5
  • Electrical specification standard EN 60947-4/-5
  • Enclosure rating IP66
  • Glow lamp No
  • Max. sensor temperature [°C] 300 °C
  • Max. sensor temperature [°F] 572,0 °F
  • Product description Temperature Control
  • Product Design class B
  • Reset function Auto
  • Sensor size (diam. x L) [in] 5/32 x 43 11/16 in
  • Sensor size (diameter x length) [mm] 4 x 1110 mm
  • Sensor type Capillary tube sensor (D)
  • Temperature range [°C] 25 - 90 °C
  • Temperature range [°F] 77 - 194 °F 

Product Details
MFMREF154635010

Specific References

Attachments

Download

Danfoss RT thermostat eng

Danfoss RT thermostat eng

Download (1.06MB )