AS 2834 DC 6 V Push Pull Type Solenoid / Electr...
Unit Dimension: 36 x 28 x 26 mm / 1.04 x 1.42 x 1.59 inch (L*W*H); Voltage: 6 V; Force: 2 N; Current: 0/6 A; Stroke : 6 mm
Principle of Flapper Solenoid:
A flapper solenoid is made with a copper coil, moving plunger and a special design flap, When the electric current passes through copper coil, the plunger retracts. When the current stops passing, the plunger goes back to the previous position with the help of a spring.
With this simple mechanism, the solenoid controls the motion of the flap that connects to the plunger. The flapper solenoid, therefore, gets to control the operation of any mechanical devices attached to it, such as gear sets or a cam mechanism.
Features:
DC Voltage： DC 6.0 V
Stroke： 6 mm Force：
keep force > 2 N
Work Mode：knocking
Insulation class： Class B，F.....
Noise：<60dB @ no load
Power Wattage: 7.2 W
Rate Current: 0.5 A
Resistance: 20 Ω
Lifespan Service : ≥100,000 times
Working Cycle: 0.5s On, 2s Off
Flapper Solenoid Application:
The common application of flapper solenoids are used in the copy machines, printing machines, massager chair and other massager product, cotter joint devices, etc.
What we have and what we can do for you.
Our international and domestic DC solenoids include open frame solenoids, flapper solenoids
Sucker solenoid, tubular solenoids and special & valve solenoids. If a standard solenoid does not fit your existing project, contact our sales expert for custom solenoid solution options. Solenoids can be designed to meet your specs and are guaranteed maximum function and cost efficiency. Our R & D capabilities include design, development, sample production and first article approval with full documentation. All of our products are 100% tested before shipment, our company are a ISO 9001-2015 certified and RoHS Compliant also.
AS 5055 A F-style DC 12V Start Solenoid for Cra...
Unit Dimension: 58*53*71 MM / 2.3*2.1*2.8 Inch
Principle of the starter solenoid:
The starter solenoid is an electromagnet which is actuated to engage the starter motor of an internal engine fixed in the car or the machine. It is normally attached directly to the starter motor which it controls.
The main function is as the inside copper coil of a contactor (a relay designed for large electric currents) which connects the battery to the starter motor proper.
The starter solenoid is also called the starter relay, but many cars reserve that name for a separate relay which supplies power to the starter solenoid. In these cases, the switch energizes starter relay, which energizes the starter solenoid, which energizes the starter motor.
Unit Feature
12 Volt with 4 Post/ Dual Mounting Bracket with the External Ground including Spade Converters
Replace: Craftsman Poulan 146154, 109081X, 109946, 192507;Ariens 35510, Briggs & Stratton 5410K
Replaces Bolens 1752137, 1753539, Case C-266525, C33025; Exmark 1-513075, Gilson 212655, Grasshopper 184251, Gravely 45071
Copper Coil Roll is using 180℃ copper wire, Robust plastic Shell is More durable and upgrade heat resistance performance
100% high quality & Oem Match, direct replacement
Description:
* Brand new and high quality
* Easy installation and durable housing.
* A perfect aftermarket replacement
* Starter solenoid 12V 200A
AS 5055 B L type DC 12V Solenoid rekay for Craf...
Unit Dimension: 58*53*71 MM / 2.3*2.1*2.8 Inch
How is the solenoid relay work?
A solenoid relay can get a large electric current from the car/machine battery and a small electric current from the ignition switch. When the ignition switch is turned on, a small electric current is sent through the starter solenoid. This causes the solenoid relay to close a pair of heavy contacts, thus relaying a large electric current through the starter motor, which in turn sets the engine in motion.
The starter motor is a series, compound, or permanent magnet type electric motor with a solenoid and solenoid operated switch mounted on it. When low-current power from the starting battery is applied to the starter solenoid, usually through a key-operated switch, the solenoid closes high-current contacts for the starter motor and it starts to run. Once the engine starts, the key-operated switch is opened and the solenoid opens the contacts to the starter motor.
Unit Feature:
Starter solenoid Relay
Volt: 12v/24v ( adjustable according to your specification)
Current: 200A
Duty Cycle: Intermittent
No. Of Terminals: 4. ( M6,1/4M-28 zinc-plated steel stud terminal )
Note: (2) Threaded Tabs with Screws (1) with Ground Lead for Relay Control@ (2) 12 Gauge Wires with Ring Terminals for B+ & S Terminals, Contact Material: Copper.
Our Plastic-Body Continuous-Duty SPST Series Solenoid Relays are available for a wide range of applications, including starting small engines in lawn tractors, golf carts, sweepers, and more and for use in heavy-duty vehicles, hydraulic systems, and machinery.
Commonly referred to as remote-acting switches, the solenoid switch models available in this starter solenoid series feature single-pole, single-throw (SPST) circuitry with normally open contacts and a glass-reinforced-nylon body that is lightweight, durable, and resistant to corrosion.
The available 100 A continuous-duty starter solenoid models feature silver contact surfaces and can be found in configurations with stud coil terminals or blade coil terminals with insulated 12 V coils or 24 V coils. They come with either an L-style or F-style metal bracket.
The heavy-duty, continuous-duty solenoid relays with a 225 A make/break current rating come with either copper or silver contacts and are available with 12 V, 24 V, or 48 V insulated coils with stud contacts. All available heavy-duty solenoid relay models feature an L-style metal bracket.
AS 5055 C F-stype Solenoid Relay
The solenoid relay contains of two coils of wire that are wrapped around a moveable core. The solenoid relay acts as a switch to close the electrical connection and connects the starter motor to the vehicle's battery.
The solenoid replay plays a crucial role in your car/machine. Every time you start the car/machine, the solenoid turns and sets the engine running. But that only happens when you have a working starter. To ensure a healthy starting system, you need to be conversant with how a starter relay works.
The starter solenoid has two primary functions in a car's/machine starting system. Firstly, it is responsible for pushing the drive pinion gear into engagement with the ring gear teeth. This engagement is what allows the starter solenoid to turn the engine over during starting.
Secondly, it operates as a relay switch to energize the starter motor. This means it connects the battery's heavy amperage to the starter motor when the ignition key is turned.
So, the correct answer to the question
Specifications
Max Voltage Rating: 14, 27, 36, 48 VDC
Current Rating Continuous: 100A, 225A
Coil Voltage: 12, 24, 36, 48 VDC
Coil Type: Insulated
Connector: 0.25in (6.35mm)
Blade Terminals for Coil Circuitry: SPST
Housing: Glass Reinforced Nylon, Black Normal Position: Open Dielectric Withstand Voltage: 600V Insulation Resistance: >100MΩ
Features and Benefits
Available in a wide variety of configurations with options for copper or silver contacts, 12 V, 24 V, or 48 V coils, and blade or stud coil terminals
SPST circuitry with normally open contacts
Lightweight, glass-reinforced-nylon body is durable and resists corrosion
5/16"-24 main contact studs with hex nuts and lock washers included
Applications
Small Engines
Heavy-Duty Equipment & Machinery
AS 6147 DC 12V Electronic Cabinet Lock
Unit Dimension: 61 * 47 * 17 mm
Unit Features:
It is more convenient to use than traditional locking systems due to the absence of a key.
This cabinet locks are typically made from carbon steel materials with Zinc coating for durable and weatherproof, making them suitable for both indoor and outdoor use in public area.
In term of the business , the cabinet locks allow employees in office buildings, warehouses, and industrial facilities to securely store their belongings without an key. It is easily to control who has access to the cabinets and when, as well as track access activity.it is Compact design , easy to install, no left, right, front, reverse side limitation, and allowing mechanical lash-up unlocking position. Built-in unlocking status detection. Self Elastic Design: Elasticity adjustable,
suitable for weight 0.5~4kg door.
Installation Notes
After the lock is installed, the door needs to be closed and locked with external force when closing the door. The electric control function is only used for unlocking.
This lock has an emergency unlock button, and the movable position required for emergency unlock should be reserved during installation.
Usually, this electric lock needs to be used with an additional control circuit.
The working mode of the lock is that it is not energized when it is locked, and the door is open after it is energized.
The shackle of this lock has no obvious permanent deformation under the pulling force of 150Kg;
The normal working temperature of this lock is -40°C to 60°C. It can be installed outdoors, but it is not suitable for extremely humid and flooded environments.
Electrical parameters: DC12V, 1A; the duration of a single unlock signal does not exceed 0.2 seconds (to avoid electromagnet damage).
Product life: under normal use, no less than 500,000 times.
AS 7267 DC 12V electronic cabinet lock kit set
Product Dimension: 72 * 67 * 17 mm
Unit Feature:
Compared with the a traditional locking system, this electronic cabinet lock kit set benefits in terms of security, convenience, and auditability can make them a very worthwhile investment.
Working mode: Locking when the door is closed (power off), unlocking when the power is on (12V)
Application: The electric lock applicable for delivery locks, refrigerated cabinet, mail or newspaper box, self-service lock, book counter, changing clothes cabinet etc. Adopted steel plate for shell and carbon steel for inner material. Strong and safe to use.
Installation instruction:
1. This lock is mainly composed of a lock body and a lock buckle. Please pay attention to adjusting the position of the lock buckle and the hole during installation to ensure freedom and flexibility;
2. The red and black wires are the power cords of the electromagnetic lock, regardless of positive and negative poles. The input voltage is DC12V, and the current is 2A; the input voltage is DC24V, and the current is 1A; the input voltage is DC6V, and the current is 1.7A;
3. This lock can be customized to add signal detection, which is mainly used to detect the status of the door. It is normally open when the door is opened and normally closed when the door is closed;
4. There is no distinction between left and right, positive and negative when installing
AS 7358 DC 12V Keyless electric Cabinet lock
Product Size: 73 * 58 * 17 mm ( Customization size is available also )
Features of smart express cabinet electric lock (electromagnetic lock):
1. Working Principled: lock with door closed (power off) and unlock with power on (12v).
2. Emergency unlocking: unlocking methods are provided in various positions of the lock body, and the cabinet can be unlocked without damaging it in an emergency. If a mechanical key is installed, it can also be unlocked externally, which is simple and convenient to operate.
3. Energy saving: the instantaneous power-on time for unlocking is less than 1 second, and the door is closed and locked in the power-off state without power consumption; voltage 12v (various voltage models of 5v~24v can be customized according to actual needs of users). Related parameters of electromagnetic lock (electric lock) Electrical parameters: 12v, 2a 12v, 1.5a, 24v, 0.8a, 24v, 3a four common specifications, the rest can be customized.t
Material: compact housing design with zinc coating cover for outdoor or indoor environment application.
Long lifespan: 300,000 times of aging lifespan testing with stable performance along with low power consumption.
Publicity: There is no front and back design, and all large and small boxes, cabinets, and drawers with left, right, top, and bottom door opening directions are universal. Easy installation: It can be installed on the wall surface or embedded and hidden.
Safety: It is twice as superior to similar locks in terms of sensitivity, shockproof, and anti-pry. It can be used in military, finance and other fields that require high security.
Process: The external process can be polished and plated, which is extremely bright and has strong corrosion resistance.
Application of cabinet electromagnetic locks: lockers, mailboxes, storage cabinets, urn storage racks, urn storage racks, file cabinets, filing cabinets, drawers, meter boxes, lockers and other dense cabinets... Widely used in schools, mines, factories, banks, hotels, farms, bath centers and other places.
AS 8976 DC 12V Electric Cabinet solenoid Lock
Product housing Dimension: 89 * 76 * 17 mm
Principle of Electric Cabinet solenoid Lock
The electronic cabinet solenoid locks no key required. Electronic cabinet locks are magnetic, motor or solenoid operated and designed for interior, non-entry door applications. A commercial solenoid uses electricity to create a magnetic field to move the steel armature (plunger) in order to unlock the locking mechanism. Solenoid cabinet locks require a significant amount of current (inrush) in order to move the armature. For Fail Secure solenoids once unlocked, power is removed and the locking mechanism relocks.
Design Purpose:
Our intelligent electronic cabinet lock is the perfect solution for your storage cabinet drawer needs. With a solenoid lock, you can easily and securely access your belongings without having to worry about losing keys or forgetting a combination. The sleek and modern design is perfect for any public area or office, and the easy-to-use interface makes it a breeze to use. Whether you're looking for added security or just want to keep your things organized and safe, our electronic cabinet lock is the ideal choice.
Features:
High quality material: The electric lock is mainly adopted carbon steel material with Zinc electroplated electrophoretic paint, strong and safe to use.
ADEQUATE SECURITY: Our latch hook can bear 150kg traction, won't obvious permanent deform permanently, shockproof, anti prying, in Designing Load Condition, Electromagnet Lifespan is more than 1,000,000 times (Electrical Parameters: DC 12V 2A)
EASY TO INSTALL: Compact, easy to install, no left, right, front, reverse side limitation, and allowing mechanical lash-up unlocking position.
AS 1054 C Electromagnetic Cabinet Door Lock
Unit Features
This DC 12V cabinet door lock assembly solenoid valve can be used to lock vending machines, storage racks, filing cabinets, etc. Its hidden unlocking method can be used in emergency situations. The lock will work when the circuit is disconnected, and it can be unlocked after power is turned on. It is stable and durable, energy-saving and power-saving, and has a long service life. This lock is superior to other types of locks in terms of anti-theft and shockproof design. After connecting the wires and powering on, the electric lock can control the opening and closing of the cabinet door.
Note: Please pay attention to polarity when connecting without connectors (i.e. red wire should be connected to positive terminal and black wire should be connected to negative terminal.)
This DC 12V cabinet door lock electric lock assembly solenoid valve can be used to lock vending machines, storage racks, filing cabinets, etc. Its hidden unlocking method can be used in emergency situations. The lock will work when the circuit is disconnected, and it can be unlocked after power is turned on. It is stable and durable, energy-saving and power-saving, and has a long service life. This lock is superior to other types of locks in terms of anti-theft and shockproof design. After connecting the wires and powering on, the electric lock can control the opening and closing of the cabinet door.
Note: Please pay attention to polarity when connecting without connectors (i.e. red wire should be connected to positive terminal and black wire should be connected to negative terminal.)
AS 1248 Power Solenoid lock DC 12V for smart so...
What is a Power Solenoid lock?
A Power solenoid lock includes a long piece of copper wire that is wound in the housing. When the electric current goes through the solenoid copper coil, it creates a relatively uniform magnetic field inside the solenoid coil. The magnet force will release the plunger tongue to move in linear movement to unlock the door. When the current is off, the plunger tongue will be drawn back to the original position by the built in spring.
Features:
Latch mechanism
Rated voltage: DC 12 V ±5%
Power consumption: 9.5W
Power current: 396mA
Duty cycle: 10% (continuous rating)
Power-turning-ON-and-unlocking solenoid electric lock (unlocked when energized)
Latch retraction force (horizontal): 3.94N
Latch extension force (horizontal): 4.32N
Emergency unlocking device:
Verification switch rated (resistance load): AC125V, 1A/DC30V, 0.5A
Ambient temperature: -5°C to +40°C (non-condensing)
Operating humidity range: 85%RH or less (non-dewing)
12V power solenoid lock has a slug with a slanted cut and a good mounting bracket. It’s basically an electronic lock, designed for a basic cabinet, safe or door. When 12V DC is applied, the slug pulls in so it doesn’t stick out and the door can be opened. It does not use any power in this state. It is very easy to install for automatic door lock systems like electric door lock with the mounting board. This solenoid, in particular, is nice and strong.
AS 0854 DC 12V Electromagnetic Solenoid door Lo...
AS 0854 DC 12V Electromagnetic Solenoid door Lock for home or office application
Working principle of electromagnetic door lock
The smart electromagnetic door lock for cabinets works on the electromagnetic principle, similar to an electromagnet/DC solenoid valve. When current passes through the electromagnetic coil in the lock body, a strong magnetic force is generated. This magnetic force attracts the adsorption iron plate to achieve the effect of locking the door.
Control circuit: The control circuit is the core of the smart electromagnetic door lock, usually based on a microcontroller such as a single chip microcomputer. It is responsible for receiving and processing various input signals, such as unlocking instructions from a fingerprint recognition module, password input, or RFID card reader. The control circuit also controls the opening and closing of the electromagnetic lock, and some models can also record access logs and perform other functions.
Power supply: Provides the necessary power for the operation of the lock. It can be connected to the mains through a power adapter or powered by batteries. Some smart electromagnetic door locks are also equipped with a backup power supply device to ensure normal use during power outages.
AS 1054 DC 12V Solenoid Electromagnetic Cabinet...
AS 1054 Cabinet smart solenoid door lock working principle and feature
Working Principle
Electromagnetic Induction: Cabinet smart solenoid door locks work on the principle of electromagnetism, similar to electromagnet/DC Solenoid. When an electric current passes through the solenoid coil in the lock body, a strong magnetic force is generated. This magnetic force attracts the adsorption iron plate, achieving the effect of locking the door.
Control Circuit: The control circuit is the core of the smart solenoid door lock, usually based on a microcontroller like a single-chip microcomputer. It is responsible for receiving and processing various input signals, such as unlocking instructions from fingerprint recognition modules, password input, or RFID card readers. The control circuit also controls the on and off of the electromagnetic lock, and some models can also record access logs and perform other functions.
Power Supply: It provides the necessary electrical energy for the operation of the lock. It can be connected to a mains power supply through a power adapter or use battery power. Some smart solenoid door locks are also equipped with backup power supply devices to ensure normal use during power outages.
Understanding the Functionality and Application...
How an Electromagnetic Brake Works ?
There are two normal types of Electromagnetic Brakes or electromagnetic clutch. “Power On type” ( Magnetically Engaged) and
“Power Off type ” (Spring Engaged). Most brakes (covering different markets) work with Direct Current applied (DC). 24VDC or other DC source is available.
When power is applied on, an Electromagnetic Field is generated. This electromagnetic brake has a normal force
created by the strength of the solenoid coil (magnetic flux) like a DC brushless motor. The force in the case of a “Power Off” brake must be strong enough to overcome a spring force.
In the case of a “Power On” Brake the force created must be strong enough to generate a clamping force engaging friction surfaces to generate torque. In the case of a tooth type brake, strong enough to generate a clamping force to keep tooth faces engaged generating torque.
AS4116 Electromagnetic Clutch For Automation Ma...
How Electromagnetic clutch work ？
When the built in copper coil of the Electromagnetic clutch is energized, the copper coil generates a magnetic field, the armature is attracted to the yoke by magnetic force, and the armature is disengaged from the Electromagnetic clutch disc. At this time, the Electromagnetic clutch disc is normally rotated by the motor shaft; when the coil is de-energized, the magnetic field disappears and the armature disappears. Pushed by the force of the spring toward the brake disc, it generates friction torque and brakes.
Unit Feature:
Unit Dimension: 46*46*16 mm / 1.81 * 1.81*0.63 Inch
Voltage: DC 12 V
Housing: Stainless steel housing, Rohs compliance and anti-corrosion , Smooth Surface.
Braking Torque：25 KG
Power : 5 W
Current: 0.4A
Resistance: 10 Ω
Response time：≤ 3 ms
Working cycle: 1s on, 2 s off
Lifespan: 200,000 cycles
Temperature rise: Stable
Application:
AS 4116 electromagnetic clutch is electromagnetically energized, and when the model is powered off, built in spring-pressurized to realize friction braking. They are mainly applied for miniature motor, servo motor, stepper motor, electric forklift motor and other small and light motors. Applicable to metallurgy, construction, chemical industry, food, machine tools, packaging machine, stage, elevators, ships and other machinery, to achieve fast parking, accurate positioning, safe braking and other purposes.
2.As 4116 model consists of a yoke body, excitation coils, springs, brake discs, armature, spline sleeves, and manual release devices. Installed on the rear end of the motor, adjust the mounting screw to make the air gap to the specified value; the splined sleeve is fixed on the shaft; the brake disc can slide axially on the splined sleeve and generate braking torque when braking.
Condition Using
AS 4116 electromagnetic clutch can work reliably under the following conditions
- it is working well under any dry conditions
- In the surrounding medium, there is no risk of explosion and there is no gas and conductive dust sufficient to corrode metal and destroy insulation;
- Working environment temperature -40 ~ +150 °C, friction plate and armature surface must not have oil, must be kept clean;
- Insulation class B, protection class IP23, voltage fluctuation range not exceeding +5% and -15%;
- The working air gap must not exceed the maximum working air gap. The main and driven sides of the brake must be fixed. No axial turbulence is allowed.
- Installation: Mounting 4 holes installation, the installation of the brake must ensure that the coaxial is not greater than 0.1mm;
AS 9527 DC 12V D Frame Type Pull Push Door Loc...
DIMENSION: 95 * 27 * 20 MM / Stroke : 6-8 Mm
Working Principle
The working mode of the lock is that it is not energized when it is locked, and the door is open after it is energized. The shackle of this lock has no obvious permanent deformation under the pulling force of 150 Kg;
AV 2214 DC 24V Electromagnetic brake holding f...
Unit Dimension: φ22*14mm / 0.87 * 0.55 Inch
Working Principle :
When the copper coil of the brake is energized, the copper coil generates a magnetic field, the armature is attracted to the yoke by magnetic force, and the armature is disengaged from the brake disc. At this time, the brake disc is normally rotated by the motor shaft; when the coil is de-energized, the magnetic field disappears and the armature disappears. Pushed by the force of the spring toward the brake disc, it generates friction torque and brakes.
Unit Feature:
Voltage: DC24V
Housing: Carbon Steel with Zinc Coating, Rohs compliance and anti-corrosion , Smooth Surface.
Braking Torque：≥0.02N.m
Power : 16W
Current: 0.67A
Resistance: 36Ω
Response time：≤30ms
Working cycle: 1s on, 9s off
Lifespan: 100,000 cycles
Temperature rise: Stable
Application:
This series of electromechanical electrode-magneticbrakes are electromagnetically energized, and when they are powered off, they are spring-pressurized to realize friction braking.
They are mainly used for miniature motor, servo motor, stepper motor, electric forklift motor and other small and light motors. Applicable to metallurgy, construction, chemical industry, food, machine tools, packaging, stage, elevators, ships and other machinery, to achieve fast parking, accurate positioning, safe braking and other purposes.
This series of brakes consists of a yoke body, excitation coils, springs, brake discs, armature, spline sleeves, and manual release devices. Installed on the rear end of the motor, adjust the mounting screw to make the air gap to the specified value; the splined sleeve is fixed on the shaft; the brake disc can slide axially on the splined sleeve and generate braking torque when braking.
Conditions of Using
This series of brakes can work reliably under the following conditions
Work under dry conditions;
In the surrounding medium, there is no risk of explosion and there is no gas and conductive dust sufficient to corrode metal and destroy insulation;
Working environment temperature -40 ~ +150 °C, friction plate and armature surface must not have oil, must be kept clean;
Insulation class B, protection class IP23, voltage fluctuation range not exceeding +5% and -15%;
The working air gap must not exceed the maximum working air gap. The main and driven sides of the brake must be fixed. No axial turbulence is allowed.
Installation: Axial vertical installation, the installation of the brake must ensure that the coaxial is not greater than 0.1mm;