• Jul 02, 2025
• News

Philippines Electric Hoist– Industrial Hoist Specifications

Explore our detailed electric hoist orders for the Philippines, featuring models like electric crab hoists, chain hoists, and wire rope hoists. Review specifications and order details for industrial applications.

Our Philippines Electric Hoist Orders page provides comprehensive reference details for a range of electric hoists tailored for industrial applications. Whether you require a high-capacity electric crab hoist, precision electric chain hoist, or robust electric wire rope hoist, you will find detailed specifications and model information to support your purchasing decisions. Browse the options below to select the perfect hoist for your operational needs.

Electric Crab Hoist Orders for the Philippines – Specifications and MOQ

Our electric crab hoist range delivers high precision and operational efficiency for various industrial applications. With a minimum order quantity of 1 unit, choose from models engineered for heavy-duty performance and reliability.

• 20t-12m 440V 60Hz 3Phase
• 5t-9m 220V 60Hz 3Phase
• 10t-6m 220V 60Hz 3Phase

Electric chain hoist orders for Philippines

For electric chain hoist, the MOQ is 1 unit.

Features of Chain Hoists

Electric chain hoists provide a versatile lifting option for workshops, warehouses, and manufacturing lines where space is limited and flexibility is required. These battery- or cable-powered systems provide steady performance without the need for cumbersome wire-rope drums, making them perfect for retrofits or temporary installations. The following are the essential characteristics that distinguish modern electric chain hoists and how they contribute to safe, efficient material handling.

1. Compact Design

Electric chain hoists house all lifting components—motor, gearbox, brake, and chain wheel—in a compact, low-headroom enclosure. The tiny footprint allows for installation on single-girder cranes, monorails, or portable gantries without compromising ceiling or production clearances. Their lightweight design also makes rigging easier and requires less support structure.

2. Dual‑Speed Control

Most versions have two lifting speeds: high-speed (8-12m/min) for speedy hook positioning and low-speed (2-3m/min) for precision placing of sensitive loads. A selector switch on the pendant or remote allows operators to switch speeds immediately. This flexibility speeds up non-critical motions and ensures accuracy when aligning or inserting components in tight spaces.

3. Overload Protection

Built-in mechanical or electronic overload devices monitor the hoist's pull force and turn off power if it exceeds the rated capacity (typically by 110-125%). Mechanical methods use a slip clutch in the gearbox, whereas electronic systems use load-cell sensors linked to the VFD. In both cases, the hoist stops lifting before it causes damage to the chain, engine, or supporting structure.

4. Limit Switches

Integrated upper and lower limit switches prevent chain wheel overtravel. The upper limit prevents the hook block from reaching the chain wheel, preventing two-block circumstances, while the lower limit inhibits the chain from dropping free of the wheel. Adjustable on-site switches allow for customized cutoff points based on headroom and lift height requirements.

5. Ergonomic Controls

Operators can pick from a wired pendant station with tactile pushbuttons or an optional wireless remote for untethered operation. Both control devices have color-coded buttons, intuitive iconography, and huge E-stop switches. Corded pendants have a swivel bracket to prevent cable tangles, while wireless handsets have ruggedized housings and long-lasting batteries for uninterrupted shifts.

6. Duty Rating

Electric chain hoists are classified according to their duty level, which ranges from M2 (low duty: infrequent use) to M5. Each class corresponds to an ISO-4301-1 or FEM-9.5112 duty cycle, which defines the number of start-stop operations and load factors the hoist can bear every hour. Choosing the appropriate workload rating ensures a long service life and predictable maintenance interval.

7. IP Rating

Sealed motor housings and gearboxes have an IP55 (dust protected, water jet resistant) or IP65 (dust tight, water jet resistant) classification. Electric chain hoists are appropriate for dusty workshops, outside covered spaces, and wash-down zones in food processing. Corrosion-resistant coatings and stainless-steel chain alternatives enhance their durability in tough or humid conditions.

Key Components

Electric chain hoists rely on a few crucial components to provide consistent, precise lifting in a small package. Each component, from the load chain to the control pendant, contributes significantly to performance, safety, and maintenance. Understanding these characteristics allows you to choose the proper hoist and design effective maintenance programs.

1. Load Chain

The hoist utilizes high-strength alloy steel chain (Grade 80 or 100) for increased tensile capacity and fatigue resistance. To avoid rusting in humid or mildly corrosive situations, each link is case hardened and finished with corrosion-resistant zinc or galvanized. The chain's pitch and roller design enable a smooth engagement with the gearbox drum, reducing wear and increasing service life. Regular lubrication with chain oil prevents abrasion and metal-on-metal contact.

2. Gearbox

The oil-bath gearbox housing precision-cut helical gears and requires no maintenance. Helical gearing delivers silent, efficient power transfer and great torque capability in a small package. The sealed oil bath keeps the gears constantly lubricated, reducing early wear and eliminating the need for regular oil changes. A sight glass or dipstick allows maintenance staff to quickly check the oil level, ensuring that the gearbox always operates optimally.

3. Brake

The electromagnetic disc brake meets strict lifting and lower stopping standards, ensuring safety and load holding. As soon as power is cut, the asbestos-free friction material pads clamp onto a steel rotor and securely hold the weight. When energized, the brake releases smoothly, allowing for controlled lowering. An integrated adjustment mechanism ensures consistent pad-to-disk clearance throughout the brake's life, reducing the need for manual recalibrations.

4. Motor

The hoist relies on a squirrel-cage induction motor, which is durable and requires minimal maintenance. It is encased in a vented housing and has class F insulation to withstand extreme temperatures. Thermal protection detects winding temperatures and stops the hoist to prevent insulation breakdown. The motor's standard voltage options (380V/50Hz or 460V/60Hz) support global power systems.

5. Chain Guide & Collector

An incorporated chain guide distributes the load chain uniformly on the drum, preventing jamming and cross-layering. As the hoist lowers the weight, a spring-loaded chain collector collects slack chain into a neat loop to keep the workstation tidy and reduce trip risks. The guide's wear-resistant polymer liners and interchangeable rollers provide extensive service intervals and smooth chain handling.

6. Control Pendant

The pendant station has heavy-duty pushbuttons, an impact-resistant enclosure, and an emergency stop mushroom head. Color-coded buttons distinguish between hoist up/down and traverse functions. The ergonomic design places each button within thumb's reach for easy one-handed control. The pendant's coiled cable avoids kinking and has a strain relief to protect the wiring from harm.

Applications of different Chain Hoists

Overhead and workshop hoists come in a variety of designs to meet specific lifting requirements, workspace limits, and environmental conditions. Choosing the appropriate type assures efficient, safe, and dependable operations. Here's a review of common hoist kinds and their principal applications.

1. Hook‑Type Electric Chain Hoist

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This adaptable hoist can be mounted directly to I-beams or trolleys, making it ideal for small workshops, assembly lines, and maintenance bays. The machine has a lifting capacity of up to 10 tons and features reinforced alloy load chains and a small gearbox for smooth operation. The dual-speed point-and-hold pendant allows operators to adjust lift speed. These hoists are ideal for tool changes, part transfers, and light assembly activities. Their modular design enables for easy installation or relocation, and simple maintenance procedures like chain lubrication and brake inspections reduce downtime to a minimum.

2. European‑Style Chain Hoist

This hoist meets EN 13157 and FEM 2m standards, providing precise motion and great lifting heights in a compact design. It has a multi-gear gearbox and a low-profile motor to fit beneath low girders. It has a maintenance-free chain container, magnetic slip brake, and overload protection and can handle loads ranging from 500kg to 10t. It can be found in fabrication shops, automotive plants, and robotics cells—anywhere there is a demand for numerous cycles, precise positioning, and dependable service in tight headroom applications.

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3. Explosion‑Proof Electric Chain Hoist

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These hoists are certified with ATEX and IECEx for use in Zone 1/2 hazardous environments. They use spark-proof motors, sealed junction boxes, and flameproof enclosures to prevent ignition in gas or dust environments. Mounted on stainless-steel trolleys with food-grade chains for grain silos or acid-resistant components for chemical industries, they can withstand up to 5 tons. Offshore platforms also rely on them to transport tools and supplies in hazardous conditions, assuring both safety and uptime.

4. Manual Chain Block

A manual chain block is the most basic sort of hoist, requiring no electricity to operate. It can raise up to 10t using a hand-wheeled chainwheel and low-ratio gearing. Workers choose it for isolated locations, transitory jobs, and infrequent lifts—steel erection, ship repair, or field maintenance—where power is unavailable. The sturdy cast-iron body can withstand tough situations, while field-replaceable load chains and hooks make repairs easy. Regular chain inspection and lubrication ensures safe operation.

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5. Low‑Headroom Electric Chain Hoist

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When ceiling clearances are less than 2m, the low-headroom hoist shines. The engine and gearbox are repositioned side by side, resulting in a hook-to-beam distance of only 150 mm. It uses flat-profile sprockets and small brake assemblies, with a capacity of up to 3t. It appears in retrofit installations, mobile gantries, and compact manufacturing cells. With a dual-speed inverter, you can ramp speeds for accurate placement or fast traversal while taking up minimal space.

Wire Rope Hoist

Wire rope hoists provide dependable, high-capacity hoisting by winding steel rope around a precision-machined drum. Their sturdy design and flexible control options make them perfect for industries that require high lift heights, smooth action, and regular use. Here is an outline of the essential aspects that distinguish wire rope hoists:

• High Lift Heights & Smooth Operation: Steel wire rope allows multiple drum wraps, enabling lift heights well beyond what chain hoists can achieve. Drum grooving and nylon rope guides ensure consistent rope alignment and vibration‑free performance.
• Precise Positioning: Dual‑speed hoists switch between rapid raising/lowering and slow, accurate placement. Models with VFD drives offer infinitely adjustable speeds, allowing operators to fine‑tune lift profiles and avoid sudden jolts.
• Modular Design: Hoists break down into subassemblies—motor, gearbox, drum, and frame—for quick maintenance or part swaps. Standardized bolt patterns and plug‑and‑play wiring reduce downtime and simplify inventory.
• Built‑In Safety Devices: Overload sensors prevent lifting beyond rated capacity. Upper and lower limit switches stop the drum before rope overrun. Fail‑safe brakes (spring‑applied, electrically released) lock the load instantly on power loss or emergency stop.

Core Components

1. Motor & Drive

Hoist motors come in two main varieties: squirrel‑cage induction motors for straightforward, reliable operation, and permanent‑magnet or VFD‑driven motors for precise speed control. The motor directly drives the gearbox input shaft or connects via a flexible coupling, ensuring efficient power transfer. VFD‑equipped hoists benefit from soft‑start profiles, reduced inrush current, and regenerative braking during lowering cycles.

2. Gearbox

Inside the gearbox, helical gears offer smooth, quiet torque multiplication, while planetary gear sets deliver high reduction ratios in a compact package. Many gearboxes arrive factory‑filled with long‑life synthetic oil and sealed for life, extending service intervals to 1 000 operating hours or more. High‑precision machining and case‑hardening ensure minimal backlash and maximum load capacity.

3. Drum & Rope

The drum's diameter is selected to maintain a minimum rope bending ratio—typically 20× the rope diameter—preserving fatigue life. Precision‑cut groove profiles match wire rope constructions such as 6×37+1 or 8×19+1, guiding each wrap without overlap. Nylon or polymer rope guides on the drum flanges channel the rope evenly across the drum face, preventing snarls and uneven wear.

4. Brakes

Electromagnetic disc brakes clamp onto a machined rotor disc mounted on the gearbox output shaft. As power is removed, spring pressure engages the brake, locking the drum firmly in place. This design meets fail‑safe requirements and offers rapid engagement. Some hoists use band brakes—a steel band tightening around the drum—where space is limited. Both types include manual release overrides for emergency lowering.

5. Frame & Trolley

The welded steel frame supports the hoist and mounts to a trolley assembly riding on end trucks or compact wheels. Frames feature integrated lifting points for safe rigging and installation. Trolley end trucks use forged steel wheels with sealed roller bearings. Adjustable axle spacers and shim sets allow installers to achieve factory‑specified wheel‑to‑rail fit, ensuring smooth, derailment‑free travel.

6. Controls & Wiring

Operators interact with the hoist via a pendant station—typically with up/down buttons, speed selectors, and an emergency stop—or via a wireless remote. Power and control circuits run through festoon systems (cabled trolleys) or conductor‑bar systems (rigid busbars). Ingress‑protected junction boxes house drive inverters, contactors, and safety PLCs, keeping electronics shielded from dust and moisture.

Applications of Different Wire Rope Hoists

Wire rope hoists are available in a range of designs to satisfy the unique needs of different industries and work conditions. Whether you need high-precision placement in confined places or tough operation in harsh environments, there's a wire rope hoist for the job. The primary hoist kinds are listed here, along with their distinguishing characteristics and applications.

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Single‑/Double‑Speed Electric Wire Rope Hoists

These basic hoists power general lifting duties in factories, warehouses, and repair shops. Single-speed variants have an optimal line speed of 4-10 m/min, making them ideal for repetitive operations like pallet handling or bin loading. Double-speed hoists provide a slower rate (often 1-3 m/min) for accurate placement of equipment pieces or fragile assemblies. These machines are ideal for handling large amounts of material due to their simple controls, small footprint, and low cost.

NR‑Type Low‑Headroom Hoists

When space is limited due to ceiling heights or beam baffles, NR-type low-headroom hoists provide maximum hook movement without requiring any structural changes. A large-diameter drum and tightly integrated gearbox/motor assembly reduce the height above the hook to as little as 200 mm. These hoists fit perfectly beneath car assembly lines, electronics work cells, and retrofit installations. The high-precision frequency-inverter motor provides smooth acceleration and deceleration, ideal for aligning parts in small aisles or under mezzanine levels.

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Explosion‑Proof Electric Hoists

Explosion-proof hoists in hazardous zones including petrochemical facilities, grain-handling terminals, and pharmaceutical clean areas must fulfill ATEX, IECEx, or NEC standards. All electrical components, from motors to contactors, are protected by flameproof housings that prevent sparks. Corrosion-resistant coatings and sealed cable glands protect against moisture, dust, and corrosive vapors. These hoists typically have fail-safe brakes, redundant limit switches, and thermal-monitoring systems to assure safe operation in volatile environments.

Metallurgical Electric Hoists

Foundries and steel mills require hoists that can endure high temperatures, slag spatter, and heavy duty cycles. Metallurgical hoists have heat-shielded motors, high-temperature ropes (often with specific steel cores), and IP55+ enclosures. Reinforced frames absorb the shock of falling debris. These hoists are equipped with extended-life bearings and forced-air cooling systems to withstand continuous casting, ladle handling, and mold manipulation in temperatures up to 200°C.

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Electric Crab Hoists

Electric crabs, also known as freestanding or stationary hoists, link directly to existing beams or trolleys, eliminating the need for a whole gantry or bridge system. They can be found in shipyards for block assembly, maintenance bays for engine swaps, and small workshop for jigs and fixtures. Some types are portable and come with quick-clamp trolleys, allowing for a single hoist to serve many workstations by moving between beams. Electric crabs provide safe and efficient lifting with features such as dual-speed operation, integrated load monitoring, and remote control.

For electric wire rope hoist, the MOQ is 1 unit.

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