D4C-6203 PDF datasheet (datasheet)

Release Key Type: Standard (metal).
Wiring method: Connector.
Solenoid voltage/Indicator: 24VDC (without indicator).
Lock and release type: Solenoid lock Mechanical release.
Contact configuration (door open/closed detection switch,
and lock monitor switch contacts): 4-contact Model,
Insert the built-in switch (A, B, C, D, S, T, U or V) into the blank @ D4C-6203 PDF datasheet.
Conduit size (See Note D4C-6203): M20.
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.
A wide variety of built-in switches can be used for various devices.
(4-, 5-, and 6-contact models are available) D4C-6203 PDF datasheet.
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 D4C-6203 PDF datasheet.
The plastic material makes the Slide Key suitable,
for lightweight doors. Features: Usable by bending tip of antenna; Overtravel of 20 mm max.
Actuator: Coil spring.
Item: Supply voltage (Power supply); DC.
Unique 18-mm-dia. Capacitive Touch.
Switch with Choice of Three Actuators is.
Activated with Only a Very Slight.
Physical Contact.
Only a slight activation force is required, enabling detecting micro.
deflections, thin wires, or thin-plate conductors (e.g., steel or stainless).
Application possible for non-conductors by indirectly connecting to ground.

Instantaneous operation upon contact with extremely limited,
hysteresis for high-precision position detection D4C-6203 PDF catalog.
Diameter of only 18 mm with standard built-in amplifier, operation,
indicator, and sensitivity adjustment.
Confoorms to IEC IP67 D4C-6203 PDF catalog.
Freely replaceable antenna with screw mounting.
Free attachment to enable changing the antenna shape according to the application.