N1AR-514-M EUCHNER, N1AR-514-M Datasheet - Page 4

• Manufacturer Part Number: N1AR-514-M
• Description: SAFETY SWITCH
• Manufacturer: EUCHNER

Specifications of N1AR-514-M

• Actuation Type: Roller Plunger
• Operating Force Max: 30N
• Contact Voltage Ac Max: 230V
• Contact Voltage Dc Max: 24V
• Contact Current Ac Max: 2.5A
• Contact Current Dc Max: 6A
• Switch Terminals: Screw
• Actuator Type: Roller
• Actuator Style: Roller Plunger

Position Switches
General information
Single hole fixing limit switches with reed contact or snap-
action switching element
EUCHNER single hole fixing limit switches are technically
sophisticated control switches which have been proving their
reliability, day in and day out, for decades in rough industrial
applications.
These mechanically actuated single hole fixing limit switches are
IP 67 rated and are entirely maintenance-free.
EUCHNER single hole fixing limit switches feature a thread on
the upper part and can thus be inserted or screwed through the
mounting hole either from the cable end or from the actuator
end. Setting the position of the operating point opposite the part
of the machine to be sensed is easy with this thread.
The compact overall size and the round type of construction
allow installation directly at the sensing points. This feature
dispenses with the complicated levers or linkages associated
with a high level of design complexity and expense.
Precision single limit switches
EUCHNER precision single limit switches are technically precise
control switches which have been developed on the basis of
practical requirements in close collaboration with machine tool
manufacturers.
The use of high-quality materials, the interplay of sophisticated
technology and practically oriented design guarantee operation
under even the toughest conditions.
EUCHNER precision single limit switches are used for positioning
and controlling machines and in industrial installations.
The different designs, with a choice of five different types of
plunger, and easy conversion from longitudinal to transverse
actuation offer the user a broad range of individual possible
applications.
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Subject to technical modifications; no responsibility is accepted for the accuracy of this information.