30A High Voltage DC Contactor, 12V/24V coil

$67.23

Cheap Price DC contactor, normally open type (SPST-NO), 30 amps rated load current of contact circuit, available with 12V or 24V coils. It is widely used in the DC high voltage field, offers exceptional performance in an extremely small and lightweight device.

SKU: ATO-ADH30

Coil Rated Voltage (V) *

Qty:

Delivery date: 6-12 days

Overview

30A High Voltage DC Contactor Features

DC 12-900V rated load voltage of contact circuit.
SPST-NO of contact form, 12 volt, 24 volt coil for selecting.
Main contact voltage drop at 30A, not above 100mV.
The connection of contact and coil need to be nonpolarity.
Efficient coil, retentive power is only 2-2.3W, counter electromotive force is 0V.
The joint way of the coil is very convenient.
The coil has no counter force of electromagnetism.
Compare to the similar products, this product is smallest and lightest.

30A High Voltage DC Contactor Specifications

Basics	Model	ATO-ADH30
	Dimension	51 x 36 x 40 mm
	Weight	130 g
Main Contact Parameters	Contact Form	1 NO
	Leading-Out	M5 internal thread/18 mm
	Rated Load Current	30 A
	Rated Load Voltage	12 – 900V DC
	Maximum Switching Current	300A 450V DC (≥1 times)
	Maximum Switching Power	160 kW
	Rated Electric Life	10,000 times
Coil Parameters	Standard Type Voltage	12V DC	24V DC
	Work Voltage	9~16V	18~32 V
	Max Voltage	16 V	32 V
	Coil Resistance	40 Ω	152 Ω
	Average Holding Current	0.46 A	0.25 A
	Steady State Power	5.5 W	6 W
	Actuation Time	≤25 ms
	Release Time	≤10 ms
	Bounce Time	≤5 ms
Mechanical Specification	Stability	147 m/s²(20G)
	Strength	490 m/s²(50G)
	Vibration	80 ~2000Hz 98m/s²(20G)
	IP Grade	IP67
Environment	Operating Temperature	-40℃~85℃
	Operating Humidity	5~95% RH

30A DC Contactor Installation Diagram
high voltage 30a dc contactor dimension High Voltage DC Contactor Coil Schematic
Tips: Reasons for the contacts of contactor being unable to close after powering on

Power supply circuit of the coil shorts.
Coil circuit breaks.
Coil's control voltage is too low.
The contactor's coil has burnt out, thermal deformation of coil skeleton makes the iron core
unable to be sucked to a proper place, thus the contact can't close.
Adhesion of main contact.
A foreign body or hard spots in the armature.
Main contact dislocates (mainly for large contactor, bridge type contact).
Auxiliary contact is not well installed.