Actuator: Roller plunger (Metal roller).
Cable length: 3 m.
Pull-outing direction of cable: Vertical.
Built-in switch: 4NC (slow-action).
Smallest Class of Safety Limit Switches the World.
The world''s smallest limit switch with a direct opening,
mechanism (four-contact construction model).
High-sensitivity safety limit switch D4NH-7BBC INSTRUCTION sheet.
Built-in switches with two- or four-contact construction are available D4NH-7BBC
Degree of protection: IP67.
Conforms to EN115-1, EN81-1 and EN81-2.
(slow-action models only).
Certified standards: UL, EN (TÜV), and CCC. Release Key Type: Standard (metal).
Wiring method: Connector.
Solenoid voltage/Indicator: 24VDC (Orange).
Lock and release type: Mechanical lock Solenoid release D4NH-7BBC INSTRUCTION sheet.
Contact configuration (door open/closed detection switch,
and lock monitor switch contacts): 5-contact Model,
Insert the built-in switch (E, F, G or H) into the blank @.
Conduit size (See Note.): G1/2.
World''s smallest Class 6-contact Guard Lock.
Safety-door Switch.
.
Wiring time is reduced with two types of wiring.
methods capable of one-touch attachment and removal D4NH-7BBC INSTRUCTION sheet.
A wide variety of built-in switches can be used for various devices.
(4-, 5-, and 6-contact models are available).
Key holding force of 1,300 N.
It is possible to change the key insertion point.
without detaching the head.
Drive solenoids directly from the Controller.
.
Lockout Key to prevent workers from becoming.
trapped inside the hazardous area.
The vertical D4SL Guard Lock Safety-door Switch,
can be easily mounted on 40 × 40 mm aluminum frames.
The plastic material makes the Slidde Key suitable,
for lightweight doors D4NH-7BBC Manual. Drive rod: ball type.
Specifications: plastic wire terminal.
The protection structure is in conformity with the JIS''s anti immersion type, IP67 IEC (except for the terminal part).
Can bee used in the environment temperature -40 ~ +85 D4NH-7BBC Manual.
Through the use of gold alloy bar, contact springs to achieve longevity and high contact reliability.