• Graphite cast iron load sheave
• Hand lever made of malleable cast iron or tubular steel model with rubber grip
• Automatically acting load pressure brake
• Free chaining device optional
• Drop forged load and suspension hooks
• Asbestos-free friction discs

Yale Hand Lever Hoists are versatile, portable units for pulling, tensioning, lashing and lifting loads. The operation of the Hand Lever Hoists is easy and safe.
Light weight, robust malleable cast iron model, free chaining, slip clutch, stamped steel - or aluminium housing, low operating effort - in the Yale product range you will always find an optimal hoist for every type of operation.
The brake system of all Yale hand lever hoists are based on the original Yale patent of the British Engineer Thomas A Weston dating back to 1875. All parts of the load brake are made of high quality materials and are protected against corrosion.
The graphite cast iron load sheave for the link chain has precision machined chain pockets for accurate fit and durability of the load chain. The roller chain sprocket is made from heat treated chromium-molybdenum steel with precision machine teeth to ensure smooth chain movement.
Every Yale ratchet lever hoist is factory tested with overload. The units are supplied with a test certificate showing the serial-No. Operating instructions which contain an EC declaration of conformity are also attached to each unit.

4lb lump hammers fibreglass shafted and manufactured to the exacting specifications of BS8020:2012, tools for live working.

Lightweight with aluminium body and large base for increased stability. Strong ratchet mechanism ensures controlled lifting and lowering of load with minimal effort. Capacity 10t Stroke 305mm Closed Height - Head 550mm Closed Height - Toe 51mm Weight 19kg

Designed to be used singularly or in pairs, for the lifting and transportation of lengths or rail, or parts of points and crossings from one location to another. The Ironman can also be used to transpose rail from one side of the track to the other. Therefore by straddling the running rails, access to the four-foot, six-foot and cess is possible.

Suitable for use on FASTCLIP FC, FASTCLIP FE, VIPA-SP and SFC fastenings. The new tools, which react from the rail, are more efficient, faster and safer because they are not prone to slipping from the shoulder reaction points. Additionally, the tools offer compatibility with a wide range of Pandrol systems, including FASTCLIP ‘FC’ & FASTCLIP ‘FE’ and the Pandrol VIPA-SP & SFC baseplates. Finally, because the reaction point for the installation tool has been moved to the head of the rail, the installer is able to lift sleepers (about 20mm) as part of the normal action of the tool, lifting from the rear arches of the clip before driving the clip into the installed position. NOTE: This tool has options avaialble under separate reference numbers; for variants with either insulated handles and / or cranked heads for confined spaces. The standard tool is always supplied with a straight head and steel handle. Optional variant of this tool using cranked head for confined spaces and insulated handle To insert the clips from the ‘Parked’ position of the shoulder as delivered from the sleeper factory, follow these instructions. The paddle should be in the normal front pivot hole and the side cheeks in the down position. (Different from the photograph) for ALL rail sizes. Locate the hooks on the side arms over the head of the rail. To insert the clips, grasp both handles of the ‘Tee’ bar, and stand ‘naturally’ with feet apart then move one leg half a pace back, to prevent loss of balance during clip driving. Pull on the handle until refusal. The fully driven position for FASTCLIP ‘FC’ is achieved when the outer legs of the clip touch the rear of the side insulator in the shoulder, or with up to 3 mm of clearance. The FASTCLIP ‘FE’ installed position does NOT touch the shoulder or insulator. Once located the tool can be slid along the rail between sleepers for the next clip insertion. If the clip needs to be re-inserted from fully extracted, move the cheeks to the up position, to extend the reach of the tool. If more reach is required, the paddle can be moved to the rear pivot hole. Follow the instructions above.

This obstructionless jack is fitted with an overload safety valve and tested to 25% over the rated capacity. The jack is placed under the rail without removal of ballast. Despite its low height of 95mm the jack is capable of a 101mm lift due to its hydraulic telescopic ram. Weight 16.5kg Safe Working Load 10t Closed Height 95mm Stroke Length 101mm n Item code: 09 002 SWL: 10t on head Closed height: 95mm Extended height: 196mm Lifting stroke: 101mm Weight of standard lever: 3.2kg Weight of insulated lever: 2.5kg Weight: 16.5kg

Insulated Square Mouth Shovel Treaded Shovel

Tested And Certified To BS8020:2011

Handle - 28" / 711mm

Blade Size - 8" Wide By 10.1/2" Long

Tested For Live Work Used for shovelling out or concrete mixing, working tarmac and cement, backfilling trenches and manouvering ballast.

Insulated Taper Mouth Shovel Treaded Shovel

Tested And Certified To BS8020:2011

Handle - 28" / 711mm

Blade Size - 10" Wide By 8.1/2" Tapering To 12.1/2" Long

Tested For Live Work Used for shovelling out or concrete mixing, working tarmac and cement, backfilling trenches and manouvering ballast.

Insulated Rabbit Shovel Treaded Shovel

Tested And Certified To BS8020:2011

Handle - 28" / 711mm

Blade Size - 7-1/2" Wide By x 11-1/2"

Tested For Live Work Ideal For Transplanting Plants And Shrubs And Also For Post-Holing Jobs

Insulated Clay Grafting Shovel Treaded Shovel

Tested And Certified To BS8020:2011

Handle - 28" / 711mm

Blade Size - 6" Wide By 12" Long T

ested For Live Work With a slightly dished blade and round cutting edge, designed for clay digging and heavy ground breaking.