What does ATEX mean for a drum lift?

ATEX refers to European directives for equipment intended for use in potentially explosive atmospheres. An ATEX-certified drum lift is designed and constructed to prevent ignition sources in hazardous environments, such as those with flammable dusts or gases.

What maintenance is typically required for an ATEX drum lift?

Regular maintenance typically involves inspecting mechanical components like the ball screw, motor gearbox, and drum clamping mechanism. Electrical systems, including ATEX-certified components, require periodic checks, and lubrication of moving parts is essential. Refer to the manufacturer's manual for specific schedules.

Can this type of drum lift handle different drum sizes?

Many drum lifts are designed with adjustable clamping or interchangeable cradles to accommodate a range of drum diameters and heights. Buyers should confirm the specific drum dimensions the unit can handle with the seller.

Is installation complex for an ATEX drum lift?

Installation typically requires securing the unit to a suitable floor and often bracing it to an overhead structure. Electrical connection must comply with ATEX regulations and local wiring standards. Professional installation is often recommended to ensure correct setup and safety.

What safety features are commonly found on these units?

Common safety features include interlocks to prevent operation if the drum is not correctly secured, emergency stop buttons, overload protection, and safety brakes on the lifting mechanism. ATEX units will also have specific safety measures to prevent ignition in hazardous zones.

Available

Verified seller

ATEX Drum Lift

Name: ATEX Drum Lift
SKU: SPL/250/4640/90º/B/G
Availability: InStock

Price: Contact seller for price

SPL/250/4640/90º/B/G ATEX Drum Lift

This ATEX Drum Lift is designed to lift a 200 Kgs Drum to a height of approximately 4640mm. The ATEX Drum Lift was constructed from Grade 304 stainless steel with a DP240 Grit brushed finish. The lift would be bolted to the floor and would be braced above the ATEX Drum Lift to a substantial structure such as a mezzanine floor. The Drum was loaded into the lift carriage and clamped appropriately at the ground floor. Once secured, the drum was lifted and lowered using a ball screw and motor gearbox mounted at the top of the lift.

The electrical motor gearbox was fitted with a quick acting brake that is separately excited and powered to release. The ball screw was a 50mm diameter x 20mm pitch rolled ball screw with an appropriate lifting nut. There was a second motor gearbox that rotated the ATEX Drum Lift at the full up position, 90 degrees clockwise, to allow the Operator at the upper level to align the drum and interface with the receiving vessel. The drum was Ø457mm, with a height of 262mm and was manufactured from grade 316 stainless steel with the contents at atmospheric pressure.

Electrical Installation & Control

The ATEX Drum Lift was fitted with an EEx d / IP55 control panel which housed all of the terminations and components for the electrical control of the ATEX Drum Lift. There was an HMI mounted at a convenient position in a separate enclosure to the main control panel. Included were the following ATEX Certified drives and limit switches which were mounted on the lift and operated through intrinsically safe barriers:-

Lift Motor Gearbox
Slew Motor Gearbox
Upper Limit Switches
Lower Limit Switches
Slew End of Travel Limit Switches

All electrical cables were run within the main lift column and entered the column via a glanded cable entry. The control panel was mounted on the ATEX Drum Lift guarding with a remote push button station at the upper level to allow the Operator to send the ATEX Drum Lift back to the ground floor when necessary. Both control panel and remote push button station were suitable for the proposed ATEX environment.

ATEX Classification

The ATEX Zone where this equipment operated was a Zone 1 atmosphere. This means that the explosive gas or vapour will be occasionally present under normal circumstances. The vapour is classified for an Apparatus Group IIA & IIB. The temperature classification was T4 for this application.

Blaenau Gwent County Borough, United Kingdom

5,762 km away

Description

ATEX Drum Lift

Model No.

SPL/250/4640/90º/B/G

Capacity

250 Kgs

Lift Ball Screw

50mm Diameter x 20mm Pitch

Lift Height

4640mm

Overall Height

5145mm

Machine Handing

Left Hand

Maximum Headroom

6000mm

Slew Angle

90 Degrees Clockwise

Container Description

Stainless Steel Drum

Base Arrangement

Bolted To The Floor

Control Circuit

24Vac

Electrical Rating

IP65

Limit Switches

Telemecanique

Motor/Gearbox Detail

ATEX ZONE 1 1.1kW. 3 PHASE, 50 CYCLE, 415V

Motor Brake

415V Separately Excited, DC Separately Excited

Slew Motor Detail

ATEX ZONE 1 0.55kW, 3 PHASE, 50 CYCLE, 415V

Stock Number

SPL/250/4640/90º/B/G

Machinery Masters View

Typical context for this category of equipment. Always confirm specifics with the seller.

Applications & Use Cases

Transferring ingredients from drums to processing vessels in food production.
Lifting and tipping drums containing powders or liquids into mixers or hoppers.
Handling drums in pharmaceutical manufacturing where ATEX compliance is required.
Loading raw materials from drums into elevated feed systems in chemical processing.
Controlled dispensing of drummed contents into receiving equipment at height.

Typical Specifications

Typical lift capacity: For this class of equipment, drum lifts commonly handle capacities from 100 kg to 500 kg.
Typical lift height: Units of this type are often designed for lift heights ranging from 1.5 metres to over 5 metres.
Construction material: Food-grade drum lifts are typically constructed from Grade 304 or 316 stainless steel for hygiene and corrosion resistance.
Power supply: Commonly, these units operate on a three-phase electrical supply, such as 400V, 50Hz, with control circuits at lower voltages.
ATEX compliance: ATEX certification (e.g., Zone 1, Zone 21) is crucial for operation in potentially explosive atmospheres, indicating specific electrical and mechanical design.
Drum types accommodated: Units are typically designed for standard industrial drums, commonly 200-litre (55-gallon) drums, but can be configured for various diameters and heights.
Tipping mechanism: Many units feature a rotational mechanism for tipping or inverting the drum at the elevated position, often up to 180 degrees.
Mounting: Floor-mounted designs are common, often requiring bracing to a substantial overhead structure for stability, particularly for higher lifts.

Frequently Asked Questions

ATEX refers to European directives for equipment intended for use in potentially explosive atmospheres. An ATEX-certified drum lift is designed and constructed to prevent ignition sources in hazardous environments, such as those with flammable dusts or gases.

Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.