Aerial Lift Parts

LEMO MECHANICAL & ELECTRICAL: Your Professional Aerial Lift Parts Manufacturer!

Hefei Lemo Mechanical & Electrical Co., Ltd. has over 15 years of experience in the material handling industry supplying warehouse equipment, forklift trucks, aeriallift platforms, and spare parts nationwide and worldwide. We started our first business in 2007, and with good quality, competitive prices, and satisfactory service, our sales have grown rapidly. As of 2022, we have exported products and spare parts to 35 countries and regions.

Our Advantages

Rich Experience

More than fifteen years of production experience and more than 200 corporate employees enable us to efficiently meet user needs and solve problems for customers.

Customized Service

Except for trucks and original spare parts, we also offer customized service. We can make customized products according to customer’s different demands.

Expansive Market Reach

We have expanded our business overseas, including dozens of countries and regions in the Americas, Asia, and Africa. We will transport the products to overseas customers as soon as possible.

Diverse Product Categories

We can offer spare parts for forklifts, aerial lift platforms, and other industrial equipment from many famous brands, including Toyota, Hyster, BT, Crown, EP, Jungheinrich, Xili, JLG, Heli, Linde, etc.

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What are Aerial Lift Parts?

Aerial lift parts are components essential for the operation and maintenance of aerial lifts, such as scissor lifts or cherry pickers. These parts contribute to the safe and effective functioning of the equipment, ensuring stability and elevation as needed.

Types of Aerial Lift Parts

Fuel Pump

A fuel pump is a component used in many liquid-fuelled engines (such as petrol/gasoline or diesel engines) to transfer the fuel from the fuel tank to the device where it is mixed with the intake air (such as the carburetor or fuel injector).

Efficient Fuel Delivery

Aerial lift fuel pumps ensure a consistent and precise delivery of fuel to the engine, optimizing the lift's operational efficiency.

Consistent Performance

The reliable operation of the fuel pump contributes to the overall reliability of the aerial lift, minimizing the risk of unexpected breakdowns during operation.

Optimized Engine Function

A well-functioning fuel pump helps maintain the engine's optimal fuel-to-air ratio, contributing to enhanced power output and overall performance.

Solenoid Shut-off

Solenoid shut off is simply a way to deny fuel to flow unless you have current applied to the solenoid. Many lawnmowers use it to stop fuel to the main jet. It is there to stop engines from backfire when you shut the engine off.

Haulotte 2324006370 Throttle Solenoid Fit Deutz

Plugged External Leakage and Controllable Internal Leakage Provide Safer Operation

Internal and external leakage can threaten the safety of your fluid or gas processing lines and the medium that flows through them. Other self-regulating valves often have stem valves that extend away from the equipment, making a potential point of damage. But solenoid valves have a rotating core controlled by electric, pneumatic, or hydraulic actuators, intended to solve the external leakage problem of valve stem dynamic sealing. Only solenoid valves use electromagnetic force to affect the steel core sealing in the magnet-isolation sleeve, and there’s no dynamic sealing, so it’s easy to block external leakage. It’s not easy to control the torque of the solenoid valve, so internal leakage is prone to happen — even the head of the valve stem can be pulled off. The solenoid valve’s structural form makes it easy to control and reduce internal leakage. Solenoid valves are exceptionally safe, and they’re suitable for mediums that are corrosive, toxic, and of high or low temperature.

Lightweight Responsiveness & Energy-Saving Performance

Solenoid valves have response times as short as several milliseconds. Even the pilot solenoid valve can reach a response time in the tens of milliseconds. Due to self-looping, they’re more sensitive than other self-control valves, and the coil power consumption of a well-designed solenoid valve is very low. These energy-saving products can also be configured so that only one needs to trigger an action, and the valve positions are automatically kept. Plus, solenoid valves are small and lightweight, making them easy to install and maintain.

EP EPT12-EZ 1113-314002-0A Steel Wire For Aftermarket

1113-314004-0A Steel Wire For EP EPT12-EZ

Simple Operation with Easy Network Connectivity

The solenoid valve’s simple structure is easy to install and maintain compared to other types of actuators such as sanitary regulating valves. What is more significant is that the composition of the automatic control system is much simpler and more cost-effective. As electro-mechanic switch signals control the solenoid valve, it’s very convenient to connect it to computers. In today’s world, where computer automation is widespread, the advantages of solenoid valves are even more apparent.

Limit Switch

A Limit Switch is a detection switch which consists of a basic switch in a metal or resin case. The strong outer case protects the inside of the switch from external forces, moisture, oil, dust and dirt so that it can be used in locations that demand mechanical strength and environmental resistance.

Prevention of Over-Extension

Limit switches play a critical role in preventing over-extension of the aerial lift, ensuring that it operates within its designated limits to avoid accidents and damage.

Haulotte 2326016890 Shut-off Solenoid 12VDC

Avoidance of Mechanical Stress

Limit switches protect the aerial lift from mechanical stress by stopping operations when predefined limits are reached,preventing potential damage to the lift's structure or components.

Indicator Light

Indicator lights are used to make the operating status (on, off, fault) of the device on which they are installed visible from the outside by means of a small light

1113-301004-00 Front Cover Assembly Electric Decline For EP EPT12-EZ

Rugged Design That Guarantees Durability

Given the conditions in various industries, the safety lights have to be robust enough to sustain the working environments. The encasing of such forklift safety lights is prepared using a durable tempered glass cover, with a stainless-steel bracket, and aluminum alloy casting for dissipating heat. The body is 100 percent water, dust, and quakeproof with an IP 65 protection level. These warning lights can also be customized in different colors, and various rotating and flashing patterns. And with high-powered LEDs inside, the long-term service and low energy consumption can eventually save you money on maintenance costs.

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Helps Boost Productivity and Efficiency

It is a no-brainer that whenever events of collision or accidents occur in the working premises, the colleagues will rush to check the incident or mere watch as a spectator. These incidents hamper the overall productivity and decrease work efficiency. If warning lights are there in the first place, accidents won’t happen and the focus of workers will be entirely on their tasks. The warning lights help keep the pedestrians away by alerting them well in advance of the presence of the forklift in their vicinity.

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Increases Visibility and Forms a Safe Surrounding

The safety warning lights feature high-powered LEDs, making it easier even for the distant workers to spot the oncoming forklift and keep a safe distance. These lights help form a safe and visible border around it as forklifts are large and heavy machinery carrying loads of goods. It is especially beneficial in and around construction sites where there are a lot of workers around. The warning lights hold the attention of the people around it instantly.

Prevents Damage to Goods

The cost of human life is invaluable, but at the same time, the damage to properties will also set you back right to some extent, especially when it comes to net-worth investments. Moreover, a collision between the forklifts would also cost you extra bucks on repairing. So, warning lights can prevent the loss of goods and costly repairs.

Toggle Switch

An electrical switch that activates by a moving lever or a handle forward and backward to open or close an electrical switch is known as a toggle switch. These switches are also called toggle power switches or joystick switches. These switches are versatile devices, so they can be utilized with any electrical application. Generally, switches are operated manually, so in many electrical circuits, the toggle switch plays a key role like a simple ON/OFF switch.

These switches are ideal to use with circuit boards.
These switches are very simple to seal, extremely durable and typically they have a small footprint
These types of switches can control electricity well.
These switches are available in small & standard sizes.
These can be operated & extended by a lever.
The electricity used by these switches is less so these are energy efficient.
These switches are very strong.

Haulotte 2440306180 Emergency Stop Switch

Contactor

A contactor is a device that is for making and breaking an electrical power circuit. For example, we usually use a contactor for turning on and off an electrical motor. A contactor is typically controlled by a circuit which has a much lower power level than the switched circuit, such as a 24-volt coil electromagnet controlling a 230-volt motor switch.

High Current Handling

Contactors are designed to handle high currents, making them suitable for controlling powerful electrical loads such as motors.

Motor Protection

Many contactors come with overload protection features, safeguarding motors from excessive currents and preventing damage.

Versatility

Contactors can be used for both AC and DC applications, making them versatile for a wide range of electrical systems.

Durability

Contactors are built to withstand frequent switching, ensuring durability and reliability in applications with high cycle rates.

Ultimate FAQ Guide to Aerial Lift Parts

Q: What are the parts of the aerial lift?

A: The main parts include: a base frame, a platform and a lifting mechanism. The frame provides support and the lifting mechanism, and a platform to move products. Here are a few other structural elements: Steer wheels: These front wheels are attached to the steering axle and are used to steer the lift when operating it.

Q: What is aerial lift equipment?

A: Items to look for include: An aerial lift is any vehicle-mounted device used to elevate personnel, including:

• Extendable boom platforms

• Aerial ladders

• Articulating (jointed) boom platforms

• Vertical towers

• Any combination of the above.

Q: What are the 3 components of an aerial lifting platform?

A: The main parts include: a base frame, a platform and a lifting mechanism. The frame provides support and the lifting mechanism, and a platform to move products.

Here are a few other structural elements:

● Steer wheels: These front wheels are attached to the steering axle and are used to steer the lift when operating it.

● Drive wheels: These rear wheels attach to the driving axle and give you the power to drive the forklift.

● Ground console: This part holds the controls for driving. It is located on the ground and is operated by a second person as the first person is lifted.

● Jib: This is the projecting arm connected to the platform to reach further. It also gives the forklift a wider range of motion in tighter spaces.

Q: What are the main components of aerial work platforms?

A: The main components of an aerial work platform include a base structure (typically a wheeled vehicle to move the MEWP or AWP into place), an extending structure with chassis, and a flat workspace with controls for the operator to control the lift.

Q: How long do aerial lift parts last?

A: Aerial lift part lifespans vary. While the aerial lift itself may have a lifespan of about 30 years, individual parts may need to be repaired or replaced much sooner. The joystick, for instance, sees a lot of wear and tear even with light use. Thankfully, it’s easy to swap out these parts and replace them with new ones. Proper maintenance can extend the life of your lift.

Q: How often should boom lift parts be serviced?

A: Boom lift parts, like aerial lift parts, should be inspected before each use. This can help operators spot any obvious safety issues. During these inspections, operators may notice certain parts are wearing down faster than others. While aerial lifts require annual servicing, individual pieces may need more frequent attention.

Q: How does weather impact the parts of an aerial lift?

A: Exposure to the elements can reduce the lifespan of aerial lifts significantly, but sometimes working in the weather is unavoidable. Battery powered lifts may experience reduced performance, engines may struggle to start, and fluids may take a long time to warm up. That’s why it’s so important to store your lift properly, especially during the cold winter months. If you don’t have room to store your lift indoors, you may need to invest in an engine heater.

Q: Do fuel pumps fail suddenly?

A: If the fuel pump stops working for any reason, the flow of fuel to the engine stops and the engine dies. Fuel pump failures tend to be sudden and unpredictable, with few symptoms to warn the motorist that trouble is brewing.

Q: Does fuel pump give warning before going out?

A: If you are lucky, you may notice the sound of the fuel pump change or notice the engine losing power and/or running rough before the fuel pump completely dies, but more often than not, there won't be much of a warning.

Q: What do solenoids do?

A: More simply, a solenoid converts electrical energy into mechanical work. The coil is made of many turns of tightly wound copper wire. When an electrical current flows through this wire, a strong magnetic field/flux is created.

Q: What are the uses of solenoids?

A: Solenoid valves are used in pneumatic systems, oil pressure systems, and water pressure systems. Thus, they are welcomed in food, medicine, electronics, and other industries. With continuous technological advancement, the combination of solenoid valves with control, computer, and electronic technology has enabled the solenoid valve system to perform various complex control tasks.

Q: What is a limit switch used for?

A: In electrical engineering, a limit switch is a switch operated by the motion of a machine part or the presence of an object. A limit switch can be used for controlling machinery as part of a control system, as a safety interlock, or as a counter enumerating objects passing a point.

Q: Why do limit switches go bad?

A: These problems are most commonly brought on by airflow issues in your system. When your furnace doesn't have proper airflow, like when it is operating with a dirty filter, your heat exchanger will repeatedly overheat and put your limit switch through excessive wear and tear. This can eventually cause it to malfunction.

Q: How are limit switches activated?

A: In most cases, a limit switch begins operating when a moving machine or a moving component of a machine makes contact with an actuator or operating lever that activates the switch. The limit switch then regulates the electrical circuit that controls the machine and its moving parts.

Q: What are 3 things to consider when selecting a limit switch?

A: Actuator Type: The specific design or style of the mechanism used to change the switch position. Mounting Type: Indicates how the device is attached. Termination Style: Selection of termination style used to connect the device to a system, such as cable leads, PC pins, or wireless.

Q: What is the difference between a limit switch and a solenoid?

A: Limit switches consist of two inductive, electric or pneumatic contacts. They issue a signal whenever an adjusted limit is exceeded or not reached. Solenoid valves convert binary signals issued by electric control equipment into binary pneumatic control signals.

Q: What are the components of the limit switch?

A: The major components in the limit switch are actuator, head, contact, terminal block, switch body, and base.

Actuator – It is the part of the switch which will be in contact with the object that is being sensed

Head – this part acts as a covering for the process in which the actuator movement is converted into contact movement

Contact Block – this part act as a housing for the electrical contact elements of the switch

Terminal Block – In this part, the electrical connection between the switch and the control circuit is done.

Switch Body – this part would house the contact block in a plug-in switch and the terminal block in a non-plug-in switch

Base – the purpose of the base is to house the terminal block in a plug-in-switch, there is no separate base for a non-plug-in switch

Q: What is the function of the indicator light?

A: Indicator lamp is usually used to reflect the working state of the circuit (electric or non-electric), the working state of the electrical equipment (operation, shutdown or test) and the position state (closed or disconnected), etc.

Q: Indicator lights and warning lights: What is the difference?

A: The difference between indicator lights and warning lights is very subtle. These terms are sometimes used to refer to the same type of device, i.e. components that indicate the correct functioning or failure of machinery and applications. Warning lights are usually more associated with an emergency signal. These are either flashing or static emergency lights. In the first case, the source is a red flashing LED; in the second case, the source contained within the indicator must be of high intensity to allow the operator to see the emergency indication even at considerable distance from the control panel.

Q: What is a toggle switch used for?

A: Toggle switches are actuators - devices that switch a machine on or off. They are similar in function to rocker switches, but the latter feature a see-saw shaped button that swings from one position to another and are sometimes classed as a type of rocker switch.

Q: What are different types of toggle switches?

A: SPST (Single Pole Single Throw): The simplest type of toggle switch is the SPST switch. This has two terminals which can either be connected (on) or disconnected (off). These are used in systems that require a single control mechanism, such as a light bulb.

SPDT (Single Pole Double Throw): This type of switch has three terminals. One is the input, and the other two are outputs. The input can be switched between the two output terminals. These are typically used in systems where users need an option between two operational states.

DPDT (Double Pole Double Throw): A DPDT switch has six terminals and can control two circuits simultaneously. This switch is essentially like having two SPDT switches in one package, allowing the user to switch between two different circuits.

Q: How do toggle switches work?

A: Toggle switches work on the basic principle of interrupting an electrical circuit. When in the off position, the circuit path is open, preventing the flow of electricity. When flipped to the on position, the circuit path is closed, allowing electricity to flow through the device or system. The internal workings of a toggle switch can be quite complex, involving a series of contacts, springs, and levers.

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