Eaton
Eaton E50KL533 limit switch rod arm 12.12 in
Rod lever actuator with 12.12 in nylon arm for E50AR16P limit switches
- 12 in rod arm reaches distant actuators
- Nylon arm material resists wear and corrosion
- 38 in arm width fits tight mounting spaces
- 12 in arm depth provides rigid lever action
- Designed for E50AR16P and E50AR1 compatibility
Rod Arm Actuator for E50AR16P
The Eaton E50KL533 is a rod lever actuator designed for use with the E50AR16P limit switch. It provides mechanical actuation in industrial machinery and machine shop environments. The 12.12 in arm length suits applications requiring extended reach. This component is sold new for maintenance or original equipment installation.
Nylon Arm with 1.12 in Depth
The arm is constructed from nylon with a width of .38 in and a depth of 1.12 in. No roller is fitted, so the rod tip makes direct contact with the target. The material choice offers corrosion resistance and low friction in dry or lubricated settings. Mounting hardware is not included with the actuator alone.
Fixed Length Limits Adjustment
The 12.12 in length is not adjustable, so the switch position must match the required travel precisely. Over-travel beyond the switch rating can damage the actuator or the switch body. The arm suits a single E50AR16P unit and does not support gang mounting or dual-switch operation. Buyers needing a shorter reach or roller contact cannot use this part.
Highlights
- 12 in rod arm reaches distant actuators
- Nylon arm material resists wear and corrosion
- 38 in arm width fits tight mounting spaces
- 12 in arm depth provides rigid lever action
- Designed for E50AR16P and E50AR1 compatibility
Specifications
| Brand | EATON |
|---|
Questions about this item
What limit-switch models does the E50KL533 rod arm fit?
The arm is designed for use with the E50AR16P and E50AR1 switch bodies.
What are the physical dimensions of the E50KL533 rod arm?
The arm measures 12.12 in long, 0.38 in wide and 1.12 in deep.
How do you install the E50KL533 rod arm on the switch?
Mount the nylon rod onto the switch shaft and secure it with the retaining screw; the common mistake is not tightening the screw fully, which lets the arm rotate under vibration.
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