AZM 415 Series Safe switching and monitoring Solenoid interlocks 4 Contacts Safety Switches Replacement

group nameSCHMERSAL Safety Switch Replacement
Min Order1 piece
brand nameDADISICK
modelAZM 415 Series | AZM 415-11/11ZPKA 110VAC, AZM 415-11/11ZPKA 230VAC, AZM 415-11/11ZPKA 24VAC/DC, AZM 415-11/11ZPKA14H 24VA/C/DC, AZM 415-22ZPKA-M20 24VAC /DC, AZM 415-02/20ZPKA 24VAC/DC, AZM 415-02/11ZPKA 110VAC, AZM 415-02/11ZPKA 230 VAC, AZM 415-02/11ZPKA 24VAC/DC, AZM 415-11/02ZPKA 24VAC/ DC, AZM 415-11/02ZPKAT 24VAC/DC, AZM 415-02/11ZPKAT 24VAC/DC, AZM 415-11/02ZPKA 230VAC, AZM 415-02/02ZPKA 24VAC/DC, AZM 415-02/02ZPKAT 24VAC/DC, AZM 415-02/02ZPKA 110VAC, AZM 415-02/02ZPKA 230VAC, AZM 415-02/02ZPKA-ST 24VAC/DC
payment methodT/T
update timeFri, 08 Nov 2024 06:13:26 GMT

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Paramtents

Series: AZM 415 Series
Locking principle: Power on locking mechanical unlocking
Locking force: 400 N
Number of contacts: 4
Material: Aluminium
Connection: M20 x 1.5
Security level: IP67
Certification: BG, cULus, CCC

Packging & Delivery

Min Order1 piece

Briefing

DADISICK is a professional manufacturer of safety interlock switches with solid product manufacturing capabilities.

Detailed

Technical Data

Dimensions/Wiring Diagram

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Accessories

AZM 415 Series Safe switching and monitoring Solenoid interlocks 4 Contacts Safety Switches Replacement Parameter

Brand		From network	DADISICK
Models		AZM 415-11/11ZPKA 110VAC	OX-W2 Series
		AZM 415-11/11ZPKA 230VAC
		AZM 415-11/11ZPKA 24VAC/DC
		AZM 415-11/11ZPKA14H 24VA/C/DC
		AZM 415-22ZPKA-M20 24VAC /DC
		AZM 415-02/20ZPKA 24VAC/DC
		AZM 415-02/11ZPKA 110VAC
		AZM 415-02/11ZPKA 230 VAC
		AZM 415-02/11ZPKA 24VAC/DC
		AZM 415-11/02ZPKA 24VAC/ DC
		AZM 415-11/02ZPKAT 24VAC/DC
		AZM 415-02/11ZPKAT 24VAC/DC
		AZM 415-11/02ZPKA 230VAC
		AZM 415-02/02ZPKA 24VAC/DC
		AZM 415-02/02ZPKAT 24VAC/DC
		AZM 415-02/02ZPKA 110VAC
		AZM 415-02/02ZPKA 230VAC
		AZM 415-02/02ZPKA-ST 24VAC/DC
Technical parameters	Sensor principle	Electro-mechanical	Electro-mechanical
	Locking principle	Power on locking mechanical unlocking	Solenoid Lock, Mechanical Release
	Number of contacts	4	5
	Locking force	400 N	1300N
	Approach speed	0.2m/s	0.05 - 0.5m/s
	Actuation frequency	-	20/min
	Material	Aluminium	Gold Plated Silver Alloy
	Connection	M20 x 1.5	M20 or 1.5m cable
	Power consumption	-	4.8W
	Switching voltage	24V DC	240VDC
	Rated operating current (voltage)	AC-15: 4 A (230 V) DC-13: 4 A (24 V)	200mA(DC24V±10%)
	Rated impulse withstand voltage (Uimp)	4kV	2.5kV
	Security level	IP67	IP67
	Ambient operating temperature	-25~+50 °C	-20°C - 60°C
	Certification	BG, cULus, CCC	TUV, CE
We are able to reproduce the specific connection configuration of each brand with high level of accuracy.

Product model display instructions

The product models displayed on this page are only used to describe and compare the characteristics, specifications, and performance of different products. These models do not represent recommendations or associations for any specific brand or company. When users choose products, please understand and compare the detailed information of each brand's products on your own.

Product recommendations

DADISICK safety interlock switch OX-W2 series

Safety switches OX-W2 series

Solenoid Lock Mechanical Release Release Model:

OX-W2-CO/CO-GD-J, OX-W2-CO/2C-GD-J， OX-W2-2C/CO-GD-J

OX-W2-2C/2C-GD-J, OX-W2-C2O/C-GD-J, OX-W2-3C/C-GD-J

OX-W2-2CO/C-GD-J, OX-W2-C/3C-GD-J, OX-W2-C/C2O-GD-J

OX-W2-C/2CO-GD-J, OX-W2-O/3C-GD-J, OX-W2-O/2CO-GD-J

OX-W2-2C/2O-GD-J, OX-W2-2O/2C-GD-J

Datasheet download

FAQ

1.What certifications do your safety door locks hold?

Our safety door locks are certified to meet international standards such as TÜV and CE. These certifications demonstrate our commitment to quality and compliance with regulatory requirements.

2.What types of safety switches are there?

Common types of safety switches include:

1. Mechanical locks: Use a key or knob to lock or unlock.

2. Solenoid locks: Use a solenoid to control the movement of the mechanical lock bolt and unlock automatically when the power is cut off.

3. Coded locks: Use codes or passwords to control the lock's status.

4. Non-contact locks: Use RFID or other wireless technologies for control.

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