LP7-41111C22

Heilind Number:OTTLP7-41111C22
Manufacturer:OTTO Controls
Manufacturer Number:LP7-41111C22
Datasheet:Datasheet
ECAD Model:
3D Model

Description:

Illuminated Momentary Action Pushbutton

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Specifications

AttributeValue
Product Category:
Manufacturer:OTTO Controls
Manufacturer Part Number:OTTO Controls LP7-41111C22
Series:LP7
Housing Material:Aluminum
Contact Material:Gold Plated
Contact Plating:Gold Plated Silver Alloy
Maximum Operating Temperature:85 °C
Minimum Operating Temperature:-40 °C
IP Rating:IP6K8S
Illumination:Illuminated
Contact Configuration:SPST-NO
Actuator Type:Button (Flush Dome Lightpipe Matte)
Case Color:Black
Actuator Material:Thermoplastic
Termination Type:Solder
Actuator Shape:Round
Cap Color:Black
Actuator Length:.23 in
Switch Function:OFF-ON
Type:Sealed
Durability Rating (Cycles):50,000 Cycles
Mounting Style:Panel Mount
Current Rating:5 A
Voltage Rating (AC):115 VAC
Voltage Rating (DC):28 VDC
Illumination Color:Amber
Illumination Voltage:2 V
SKU:OTTLP7-41111C22

Detailed Description

The LP7 Series Push Button Switch ( LP7-41111C22) is a high-performance component designed for reliable operation in demanding environments. Featuring a sleek black design with IP6K8S ingress protection, this switch is built to withstand dust, water, and mechanical stress. The illuminated button, with a flush dome lightpipe and matte finish, enhances visibility in low-light conditions, while the amber illumination adds a touch of sophistication. With a durable aluminum housing and gold-plated silver alloy contacts, this switch offers a long lifespan of 50,000 cycles. The SPST-NO configuration and Off-(On) switch function make it suitable for various applications, from industrial machinery to consumer electronics. Operating at temperatures ranging from -40°C to 85°C and with a maximum voltage rating of 115VAC/28VDC, it ensures reliable performance in a wide range of settings. Ideal for panel mounting, the LP7 push button switch is the perfect choice for those seeking quality, durability, and functionality in their control systems.