DC 12V 0.5N Force 6mm Stroke,Push Pull Type,Tubular Solenoid Electromagnet,Linear Motion,XRN-13/30TL

Key Features

• 【FEATURE】- DC 12V 0.5N Force 6mm Stroke Push Pull Type Tubular Solenoid Electromagnet
• 【GOOD DESIGN】- Push Pull Type, linear motion, plunger spring return, DC solenoid electromagnet.
• 【ADVANTAGES】- Simple structure, small volume, high adsorption force.copper coil inside, has good temperature stability and insulation, high eelectrical conductivity
• 【NOTED】- As an actuating element of anmation equipment ,because the current is large, the single cycle can not be electrified for a long time.The best operate time is in 2 seconds.
• 【APPLICATION】- DC Tubular solenoid electromagnet use in vending machines, transport equipment, office facility household appliance, mechanical, etc game machine,Sorting machine,door lock,etc.

Product Description

Description

Push pull Type, linear motion, plunger spring return, DC solenoid electromagnet.Support DC 12V voltage, high power, pull type, linear motion, is easy to install.DC solenoid electromagnet mainly used in vending machines, transport equipment, office facility, household appliance, mechanical, etc. Specification: Material: Metal;Net Weight: 29gModel: XRN-13/30TL;Main Color: Silver Tone,BlueType: Pull TypeRated Voltage: DC 12V;Force: 0.5NTravel: 6mm;Cable Length: 230mm/9.06";Plunger Bar Dia: 2mm/0.08";Thread Dia: M8;Total Length: 53mm/2.09"Size: 13 x 30mm/0.51" x 1.18"(D*L);

Package Content

1 x DC Solenoid Electromagnet

Note

Please pay attention:As an actuating element of an automation equipment ,because the current is large, the single cycle can not be electrified for a long time.The best operate time is in 2 seconds.If the operate time is too long,the electromagnet temperature will rise.Too high temperature can affect the life of the electromagnet.Please take the electromagnet put down gently when you install it. The screw thread can make a corresponding change according to your demand. This product is small in size, please pay attention to in the process of using eelectricity, so as not to damage the electromagnet.

Specifications