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EATON 10250T4525 Image 1

EATON 10250T4525 2-POSITION PUSHBUTTON JOYSTICK OPERATOR

MFR Part #: 10250T4525
SKU #: 1311517
Brand: EATON
UPC: 782113137278
EATON 10250T4525 Assembled Heavy Duty Oiltight/Watertight Joystick Operator, 30.5 mm, 2 Positions
Automation and Logic Control Equipment, Electrical Assemblies, Panels and EOEMs Applications
UL Listed,CSA Certified,CE Marked

EATON Joystick Operator, Assembled Heavy Duty Oiltight/Watertight, Series: 10250T, 30.5 mm Size, Maintained Contact Mode, 2 Positions, NEMA 3/3R/4/4X/12/13 Enclosure

Eaton's 10250T line of 30.5 mm pushbuttons features a heavy-duty zinc die cast construction. Reliability nibs improve contact reliability even under dry circuit and fine dust conditions. In addition, drainage holes prevent the buildup of liquid inside the operator, which can prevent operation in freezing environments.

Product Details

EATON Joystick Operator, Assembled Heavy Duty Oiltight/Watertight, Series: 10250T, 30.5 mm Size, Maintained Contact Mode, 2 Positions, NEMA 3/3R/4/4X/12/13 Enclosure

Eaton's 10250T line of 30.5 mm pushbuttons features a heavy-duty zinc die cast construction. Reliability nibs improve contact reliability even under dry circuit and fine dust conditions. In addition, drainage holes prevent the buildup of liquid inside the operator, which can prevent operation in freezing environments.

Attributes

Enclosure Type: NEMA 3/3R/4/4X/12/13
Series: 10250T
Size: 30.5 mm
Type: Assembled Heavy Duty Oiltight/Watertight
Contact Mode: Maintained
Number of Positions: 2

Features

  • The device mounts in the standard 30.5 mm mounting hole
  • Allow sufficient panel space for lever movement
  • The maximum travel of the knob operator (full up to full down) is 2.2 in (24 deg) momentary
  • 2-1/2 in (30 deg) maintained, but ample space for lever operation must be allowed
  • These operators are field convertible from momentary to maintained operation or vice versa
  • The use of NC contacts is preferred because they provide positive drive contact opening and a direct relationship between lever movement and affected terminal, up movement affects the top terminals
  • Maintained up and down
  • Without overcurrent latch