AS 0629 Magnetic Latching Solenoid
What is a DC magnetic latching Solenoid ?
A magnetic latching solenoid is equipped with a permanent magnet inside the housing that keeps the plunger in position magnetically when under no other force. With the internal permanent magnet maintaining attachment, only consuming power to reinstate attraction. The other push and pull linear movement is the same of the other DC power Solenoid.
The latching solenoid valves are divided into two types: single latching solenoid and double latching solenoid. It is easy to understand that the single latching solenoid only holds (self-locks) the iron core at one position at the end of the stroke. The double latching solenoid adopts a double coil structure, which can hold (self-lock) the iron core at two different positions at the beginning and the end, and the two positions have the same output torque.
AS 0521 Latching Magnet Solenoid
What is a DC magnetic latching Solenoid ?
A magnetic latching solenoid is equipped with a permanent magnet inside the housing that keeps the plunger in position magnetically when under no other force. With the internal permanent magnet maintaining attachment, only consuming power to reinstate attraction. The other push and pull linear movement is the same of the other DC power Solenoid.
The latching solenoid valves are divided into two types: single latching solenoid and double latching solenoid. It is easy to understand that the single latching solenoid only holds (self-locks) the iron core at one position at the end of the stroke. The double latching solenoid adopts a double coil structure, which can hold (self-lock) the iron core at two different positions at the beginning and the end, and the two positions have the same output torque.
AS 0946 DC24 V D Frame Push-pull Linear Solenoi...
What is a D Frame Type Solenoid
The D Frame Type solenoid is a device that uses the principle of electromagnetic induction to generate electromagnetism. It is functionally the same as the push-pull solenoid. When the inside copper coil is powered on, it creates the magnetism like a magnet. It is made with box shape steel housing that also called a frame type solenoid. In order to demagnetize the solenoid immediately, just simple turned the power off, it is very simple structure and wildly used in today industrial machine or the equipment.
Unit Features:
Metal Stamping Housing used the carbon steel material with Zinc coating along with mounting holes on both side for easy set up purpose. The carbon material compliance with RoHS requirement and anti-corrosion.
Plunger Diameter : φ 9 mm , Carbon Steel with Zinc coating.
Rated Voltage : DC24 V
Stroke Distance: 5 mm
Force: 400 GF
Power Wattage: 11.5 W
Rate Current: 0.5 A
Electronic Resistance: 50 Ω
Lifespan cycles: ≥300,000 times
Working Cycle: 0.5s On, 2s Off
Unit Dimension: 46 * 23 * 18 mm / 1.81 * 0.90 * 0.63 Inch ( LWH )
Custom Design Solenoid Solution Service :
We are a leading solenoid manufacturers based on your application considerations, modifications for specific design, and the life cycle intended. Through our Enhanced Engineering Support, we can design and manufacturing solenoids according to your satisfaction and specific requirements. Our customization include:
Custom type Solenoid and Dimension.
Custom Voltages and Current
Custom Duty Cycles
Custom Force Curves
Custom Input Connections
Custom Plunger Configurations
For more information, pls contact us through our email: jack@drsolenoid.com today.
AS 0840 DC 24V Push-pull Linear Electromagnetic...
AS 0840 Advantage: It has the advantages of simple structure, low power consumption, using magnetic body as frame housing, copper coil, and unique characteristics of long stroke. It is a linear motion solenoid electromagnet with compact, simple structure, easy installation and connection, as well convenient for maintenance. The D Frame type of solenoid works by pulling in (pulling in) the plunger or pushing out the sliding rod. The core diameter ranges is made from 2mm to 20mm.
Unit Features:
AS 0840 Dimensions- 41 x 15 x 20 mm / 1.61 x 0.59 x 0.79 inch (L*W*H); Voltage: 24V;
Frame Housing Material: Carbon Steel. It is electroplated with Zinc or Nickle coating. It is passed 96 hours salt spray testing and it is anti-corrosion.
Plunger Material: Carbon Steel. It is electroplated with Zinc or Nickle coating. It is passed 96 hours salt spray testing and it is anti-corrosion and compliance with RoHS .
Copper Coils: it is made with pure copper wire. Character: Good conduction and insulation, High temperature resistance.
Voltage source: Power by DC24V
Stroke: 4-10mm ( Adjustable ) Material : Carbon Steel with Zinc coating
Force: 1.5-8N (Adjustable to your requirement)
Power wattage : . 24 W
Current: 1 A
Resistance: 10Ω
Lifespan: ≥200,000 times
Working Cycle: 0.3 s On, 5 s Off
Our team:
Our Product range: electromagnets, solenoid; solenoid valves, solenoid pumps, tubular Solenoid and sucker solenoid and other solenoid valve products meet the requirements of IEC, EN, and UL standards, and some of the models have passed CE and CB certification. Our part processes, quality control, and product assembling are strictly operated according to the ISO 2015 standard system. Our R & D team with more than 17 years of experience in design, manufacturing and production that meet your various requirements Due to the electromagnets are non-standard products, you are welcome to send us your detailed requirement and specification for your own specification design. We will tailor the solenoid you need accordingly.
AS0420 DC 12 V Push-pull Solenoid D Frame type
As 4020 DC 12V Solenoid is the most cost effective version of linear solenoids. It is being used in many versions in all kind of applications. These is a essentially either PULL or PUSH type for the action. Custom option for the unit dimension, voltage and stroke (linear distance traveled) or new products can be tailor made. These can be either customized to suit individual specifications of Pull/ Push force.
Unit Features as blow
Product Dimension： 20.5 * 12* 11 mm / 0.84 * 0.47 * 0.43 Inches
plunger：φ 4 mm
Voltage: DC12V
Stroke: 0-5mm
Force: 0.2-2N
Power : 13W
Current: 1.09A
Resistance: 11Ω
Working cycle: 0.5s on, 2s off
Yoke/ Housing Material: Electrolytic zinc-coated carbon steel sheets *(some are with haxavalent chromium free zinc plating.), smooth surface with RoHS compliance, Anti-corrosion.
Plunger : Fluoroplastic coating (open frame solenoids), Zinc or Nickel plating
lifespan: DC solenoid shall operate normally with 300,000 cycles after tested in a specified intermittent operation cycles for a required number of times under a specific voltage, load, and stroke requirements.
Please consult with us for more special/ customized design requirements for functions (e.g. push type, double-coil type, mold-coil type) or structures (e.g. terminal type, lead-wire type, connectors, thermal fuses, diodes).
AS 01 Magnet Copper Coil Inductor
Unit Size: Diameter 23 * 48 mm
Application of the copper coils
The magnet Copper coils are wildly used by industries throughout the world for heating (induction) and cooling, Radio-Frequency (RF), and many more purpose. Custom copper coils are commonly utilized within RF or RF-Match applications where copper tubing and copper wire are required to transmit liquids, air, or other media to cool or help induce energy of various types of equipment.
Product Features:
1 Magnet cooper Wire ( 0.7mm 10m Copper Wire) , Coil Winding for Transformer Inductance Coil Inductor.
2 It is made of pure copper inside, with insulating paint and polyester patent leather on the surface.
3 It is easy to use and easy to understand.
4 It has high smoothness and good color.
5It has high temperature resistance, good hardness and is not easy to break.
6Specifications; .Work Temperature:-25℃~ 185℃ Work Humidity:5%~95%RH
About Our Service;
Dr Solenoid is your trusted source for custom magnet copper coils. We value all our customers and will work with you to create custom copper coils that are designed to your project’s exact specifications. Our Short-Production Run(s) and test fit prototyping custom copper coils are created with the materials required from your coil design information. Therefore, our custom copper coils are created using various form of copper, such as copper tube, copper rods/bars and copper wires AWG 2-42. When you work with HBR, you can count on receiving exceptional customer support both during the quoting process and after sale service.
AS- LP1 224 Electromagnetic Solenoid Pump
What is an eletromagnetic solenoid pump ?
An electromagnetic solenoid pump is a device that uses electromagnetic force to control the flow of liquid. Its main structure consists of a pump housing body, an electromagnetic coil, an iron core, and an electrode assembly. When current passes through the solenoid coil, magnetic force is generated, which drives the iron core/plunger to move and water pumping. In this way, the electromagnetic solenoid pump can control the flow of liquid by regulating and manipulating the current in the system.
Woring Prcinciple of Solenoid Pump
The working principle of the electromagnetic solenoid pump is to use the interaction between the magnetic field and the current in the conductive fluid to cause the fluid to generate a pressure difference under the action of electromagnetic force, thereby driving the fluid to move. When an alternating current is passed through the electromagnetic coil of the electromagnetic pump, an alternating magnetic field is generated. The conductive fluid in the magnetic field is driven and directed to flow under the action of the Lorentz force. With this innovative device and operation method, the electromagnetic pump can achieve ideal, consistent and repeatable fluid distribution or injection. These components are ideal for applications that require precise fluid control. They are widely used in many important industries that value comprehensive control, including medical equipment, automotive systems and agricultural applications.
The types of Solenoid Pump
There are many types of electromagneic pumps: direct-acting, pilot-operated, proportional, isolated and clamp-tube types. Each solenoid pump has its own unique functions and applications, such as low-pressure operation, high-pressure accuracy, variable flow, and handling of corrosive fluids.
AS 35850 DC 12V Motorcycle Starter Solenoid Relay
What is a motorcycle starter relay ?
Definition and Function
A motorcycle starter relay is an electromagnetic switch. Its primary function is to control the high - current circuit that powers the starter motor of a motorcycle. When you turn the ignition key to the “start” position, a relatively low - current signal from the motorcycle's ignition system is sent to the starter relay. The relay then closes its contacts, allowing a much larger current to flow from the battery to the starter motor. This high - current is necessary to crank the engine and start the motorcycle.
Working Principle
Electromagnetic Operation: The starter relay consists of a coil and a set of contacts. When the small current from the ignition switch activates the coil, it creates a magnetic field. This magnetic field attracts an armature (a movable part), which causes the contacts to close. The contacts are usually made of a conductive material such as copper. When the contacts close, they complete the circuit between the battery and the starter motor.
Voltage and Current Handling: The relay is designed to handle the high voltage (usually 12V in most motorcycles) and high current (which can range from tens to hundreds of amperes, depending on the starter motor's power requirements) that the starter motor needs. It acts as a buffer between the low - power control circuit (the ignition switch circuit) and the high - power starter motor circuit.
Components and Construction
Coil: The coil is wound around a magnetic core. The number of turns and the gauge of the wire in the coil determine the strength of the magnetic field generated for a given current. The coil's resistance is designed to match the voltage and current characteristics of the control circuit it is connected to.
Contacts: There are usually two main contacts - a movable contact and a stationary contact. The movable contact is attached to the armature, and when the armature is attracted by the magnetic field of the coil, it moves to close the gap between the two contacts. The contacts are designed to handle high - current flow without overheating or arcing excessively.
Case: The relay is housed in a case, usually made of a durable plastic material. The case provides insulation to protect the internal components from external factors such as moisture, dirt, and physical damage. It also helps to contain any electrical arcing that may occur during contact closure and opening.
Importance in Motorcycle Operation
Protecting the Ignition System: By using a starter relay, the high - current demands of the starter motor are isolated from the ignition switch and other low - power components in the motorcycle's electrical system. If the high - current for the starter motor were to flow directly through the ignition switch, it could cause the switch to overheat and fail. The relay acts as a safeguard, ensuring the longevity and proper function of the ignition system.
Efficient Engine Starting: It provides a reliable means of delivering the necessary power to the starter motor. A well - functioning starter relay ensures that the engine cranks with sufficient speed and torque to start smoothly. If the relay fails, the starter motor may not receive enough current to operate effectively, leading to difficulties in starting the motorcycle.
AS0837 DC Solenoid Valve For Printing Machine
What is a liquid solenoid valve ?
A liquid Solenoid Valve is most popular product and being application in our daily life - including solenoid coil and connector. Brass is always applied for the valve body, then internal components are made of stainless steel, which ensures a long service lifespan of the water solenoid valve. The operating temperature range is always indicated in the specification for a specific type. These water solenoid valves are not intended for controlling the flow of explosive, flammable or oxidizing substance.
Printing Solneoid Valve introduction
Modern printers presses require numerous sensors and electric controls on board to monitor every step of the process as compared to their predecessors from decades ago. With that, pressure sensors and solenoid valves work together in screen printing equipment, ink dispensing systems for industrial ink jet printers monitoring the ink levels.
AS 007 DC 12V Starter Solenoid Relay For Golf C...
Key function of starter solenoid:
No car works without the initial electrical jolt to crank the engine over. To get it delivered, you need a starter solenoid, a critical electromagnet that starts the chain reaction leading to internal combustion. When your car doesn't start, it may be that you need a replacement starter solenoid. Dr solenoid can help you find the best starter and starter system for your vehicle's make and model in no time at all.
The feature of starter solenoid:
Unit Dimension: 84 mm * 55 mm * 65 mm / 3.3 * 2.16*2.56 Inch
The starter solenoid relay is made of high-quality copper coil inside, and the surface of the external contact is galvanized, which has strong anti-corrosion and aging resistance with durability, and the solenoid valve gasket has good heat dissipation.
4-terminal design, battery terminal 5/16-24,motor terminal 5/16-24,switch terminal 10-32 post, relay terminal 10-32 post.12 volts. Also with grounded base, ensure the stability and safety of the relay in the working process, improve the anti-interference ability of each electronic component.
Starter solenoids are vital components for automobiles. In short, starter solenoids are electromagnets that actuate or engage the starter motor for your vehicle's internal combustion engine. Starter solenoids are attached directly to starter motors, and they control starter motors throughout vehicle operations.
Modern vehicles of all makes and models use starter solenoids to move the first or starter pinions so they properly engage with engine ring gears. Without the starter solenoid, your vehicle would not start up properly when you turned the key in your ignition.
AS 008 DC12V Starter Solenoid Switch for Gold Cart
Working Principle of a Starter Solenoid:
The role of automotive solenoid relays is very important, because once the solenoid relay fails, it will cause the car to be immobile. Therefore, some matters need to be paid attention to when using A solenoid relays, such as changes in ambient temperature and heating of the relay itself will cause changes in the coil resistance value, thereby affecting the working stability of the relay.
Unit Features:
Unit Dimension: 86 mm * 65 mm * 60 mm/ 3.38 * 2.56 * 2.36 Inch
4-pole battery isolation solenoid valve:
Voltage 12V DC;
Resistance: 14Ω;
Rating Capacity: 10.2W;
Maximum transient flash current: 300Amp; but Continuous Working Current recommend under 150 Amp,Bracket: Straight; Bracket mounting:
Holes 5/16 x 19/32 2-13/64 on center
4 Terminal Max 300A 12 Volt With 2 Copper Point Continuous Duty Solenoid Relay , The electromagnetic relay adopts high-quality components, Coil Roll is using 180℃ copper wire, unit housing is Nickel-Plating, Meet Environmental Plating Requirement.
Replaces Part Number: This Continuous Duty Solenoid Relay Replacement For 70-111224, 3635820, 1114208, 1114218, 1114223, 1114534, 1114547
When using A SOLENOID relays:
First, do not use relays with other power source, because automotive relays are driven by batteries, and the power supply voltage will decrease when a large load is connected, affecting the service life of the relay.
Secondly, it is necessary to pay attention to the insulation level, because the coil will apply the maximum continuous voltage, which not only affects the stability of the relay operation, but also is limited by the insulation performance of the enameled wire.
Finally, do not exceed the rated relay, because the rated voltage is the guarantee of the reliability of the relay operation. If the coil voltage exceeds the maximum operating voltage, it will cause the coil insulation to drop, short circuit between turns, and burn out.
In short, automotive solenoid relays play a vital key in automotive circuits, and some precautions need to be taken when using a solenoid relay and extend the solenoid relay service life.
AS 009 DC 12V Starter Solenoid Relay For Golf Cart
The function of a starter solenoid:
A starter solenoid serves the crucial purpose of connecting the battery to the starter the motor in an automotive electrical system. When the ignition key is turned to the start position, an electrical signal is sent to the solenoid. The solenoid then mechanically engages the starter motor's drive gear with the engine's flywheel and electrically closes the contacts to allow a large current to flow from the battery to the starter motor, initiating the engine's cranking process. This ensures a reliable and controlled transfer of electrical power to start the engine.
Unit Features:
Solve the problem of farm tractor starting, help the farm tractor to return to normal work, replace this starter solenoid relay, can solve the problem of the drive has been rotating or can not start after the engine starts
Unit Dimension: 82 mm * 74 mm* 80 mm/ 3.23 *2.91 *3.15 Inches
Voltage: 12V, Number of Terminals: 3, Inrush Current :200A
Fitting: This Starter Solenoid Switch Relay fits for Golf Cart. Please check the product details carefully before purchasing.
Package Included : 1x Starter Relay Solenoid, 4 x Nuts, 4 x Washers. Do not to over tighten the nut/terminal during installation.
REPLACE PART NUMBER: 8N11450, SFD6025, 8N-11450, SW218, SW355, 10-FO218-12V, 7-1023-12V, 240-14008. Used for Ford starters on models 2N 8N & 9N farm tractor applications
PREMIUM QUALITY:- Starter solenoid relay is made of high-quality carbon steel housing and pure copper coil inside, which is durable, rust resistant and has 100,000 life cycles. Easy to install and stable performance.
Easy to install. Just a few minutes. No cutting, no drilling, no tool requirements. Replacing old or broken solenoid relay can improve the operation of the machine
As 2542 Flow liquid control solenoid valve For ...
Working Principle of Liquid Control Solenoid Valve
Solenoid valve is converted electric energy into mechanical energy. The main purpose of liquid control solenoid valve is to regulate the movement of liquid and eradicate the need for an engineer to manually control the valve, which will save the application both time and money.
This liquid solenoid valve consists of two parts: a solenoid and the valve. The valve system is made up of two or more orifices/openings, whereas, the solenoid is home to several important parts, including a coil, sleeve assembly and plunger.
This solenoid valve works by current through solenoid copper coil to open or close the valve orifice. When the coil within the solenoid is power on, the plunger is lifted or lowered to open or close the orifice. This is what in turn controls flow, regulating the movement of liquid.
As 2542 Flow liquid control solenoid valve features:
Unit housing: high quality carbon steel housing case, Teflon coating and smooth surface, and RoHs compliance.
2 Ways DC 12’v Solenoid valve
Common DC voltages: DC 12 V , Adjustable DC voltages available on request.
Power: 5.8 W
Current: 0.48 A
DC Resistance: 25 Ω
Temperature Rise: max 65 degrees . Cel.
Precision Flow liquid control: 0.2s On, 0.3 s Off 1.67 G liquid.
Fixing, plunger coupling, thrust rod options and lead length can all be customized.
Stable Performance with 300,000 lifespan service
Advantages of this medical solenoid valve fast responding time
low power consumption
low and high temperature workable
it can be installed vertically or horizontally
compatible with both DC and AC voltage
Precision liquid flow control
Stable Performance
Disadvantages of this medical solenoid valve
Every valve has its own disadvantages. Due to human errors, solenoid valve can experience problem when the voltage becomes too less or too more due to this it makes the electromagnetic field strengthen or weaken.
1.Solenoid valve is sensitive to voltage
2.The valve can partly close if magnetic field isn’t set up correctly
3.The coil need to be replaced over the lifetime of the valve
4.Valve fluid can be affected by the flow.
AS-0417 DC 12V C Type Flame Pull Push Solenoid
This C type Solenoid electromagnet has simple structure, small volume, high adsorption force. Built in Quality copper coil inside, has good temperature stability and insulation, high electrical conductivity also.
The mini push-pull solenoids incorporate an intelligent magnetic concept that allows a very high holding force at a comparably low power input. This makes the solenoid ideally suited for heavy duty applications, and those demanding for low power consumption or low heat dissipation project
Housing: smooth surface carbon steel , zinc plated coating with high temperature resistance.
Stroke: 6-10 mm ( adjustable )
Holding Force: 0.4N
Operating Temperature: -5 to 60deg C non-condensing
Operating Humidity: 45% to 85% non-condensing
Push Bar Diameter: Approx. 0.19 inch / 5 MM
AS 5035 90 Degree Rotary Solenoid DC 24 V For A...
The 90 Degree Rotary Solenoid
The Rotary Solenoids from Dr. Solenoid especially made for applications in mechanical engineering, medical and laboratory technology, or the field of mobile machinery & transportation. They have a proven record as activation solenoids for sorting gates, throttles, and locking systems. A shaft with ball bearings on both sides ensures precise positioning and maximum durability. Because it is insensitive to linear acceleration, such rotary solenoids are also used for railway engineering as well as devices in aircraft.
The 90 degree rotary solenoids are available in a variety of models. Basic designs are single-stroke rotary solenoids with return spring and reversing rotary solenoids with two coils. Custom designed versions for special applications are available on request. These include models with plug-in terminals, modified shaft, or application-specific mounting holes.
Standard version and customization
Preferred models are designed for 24 V DC operation and 25% or 50% ED. All models are available for pivotal movements between 25° and 45°. The model with shafts on both sides can be used as a right-handed or left-handed version with rotary angles between 45° or 90°. These solenoids are equipped with a return spring mounted at the right-hand shaft. Depending on the size of the solenoid, its rotary angle, and the duty cycle, it might be necessary to use a so-called „soft“ return spring.
Alternative shaft designs, as well as models with mounting flange or reverse rotary solenoids, are available on request. Possible modifications also include individual solenoid designs for special operating voltages or specific duty cycles, as well as individual connection technologies, such as custom-made cable strands or terminals. Generally, these solenoids are designed for DC operation at a nominal operating voltage of 24 V. Using an additional external rectifier, models designed for 205 V DC operation can be operated directly at the mains power supply.
AS 0432 Rotary Latching Solenoid DC 24V 90 deg...
What is a rotary latching solenoid ?
A rotary latching solenoid is an electromechanical device that combines rotation and latching functions. It is mainly used to convert electrical energy into mechanical rotational motion and can maintain a specific position without consuming electricity. Here are the details:
Rotary Latching Solenoid 's Structure : it Usually composed of coil, permanent magnet, armature, and base. The coil generates a magnetic field when energized. The permanent magnet forms a magnetic flux flow path between the opposite pole faces of the armature and the base. The armature is the rotating part, connected to the output shaft or mechanism.
Working principle: When the solenoid is energized, the coil generates a magnetic field that interacts with the magnetic field of the permanent magnet. This causes the armature to rotate to a specific position. Due to the locking function, once the armature reaches the target position, it can be held in place by the magnetic force of the permanent magnet even if the power is removed. To change the position of the armature, it is necessary to apply an appropriate electrical signal again to overcome the locking force and drive the armature to rotate to another position.
Technical Parameters
Power supply voltage: usually 12V, 24V DC, etc. Different models have different voltage requirements.
Rotation angle: Common rotation angles include 30°, 45°, 90°, etc. The specific angle depends on the design and application requirements of the project.
Duty cycle: Indicates the proportion of power-on time in a duty cycle to the total time, which can be 10%, 15%, 100%, etc.
Power consumption: The power consumed by the solenoid valve when it is energized, ranging from a few watts to tens of watts depending on the model.
Switching time: Generally within tens of milliseconds, this is the time required for the electromagnet to complete one rotation and latching action.
advantage
Energy saving: It consumes power only when switching positions, and does not require continuous power supply to maintain the position, which can save energy.
High reliability: The self-locking function ensures that the position remains stable and is not easily affected by external factors.
Compact structure: Relatively small in size, can be installed in a small space.