FORCE Rescue Equipment
Contents
1. adn o irector grinding d 7 80 Cutting edge j slightly L S blunted Nuus i Note a 1 Twoangles Lol 2 1 2 1 TI 11 EA Chisel Axe Pick edge Rubber handle A clean handle gives a good grip and is clearly visible Clean with household deter gent petrol acetone or any similar cleaner Latch mechanism The latch which is made of stainless steel has solid lubricant on bearing surfaces and need not be lubricated The thread of the latch pin is locked with locking fluid At reassembly locking can be carried out with locking fluid plastic glue or similar Packing Preparation prior to stand by If the strap is adjusted to its correct length for example for back carrying before the equipment is attached to its holder time is saved at alarm Guarantee For material and fabrication faults there is one year guarantee from the date of deli very according to current rules for mechanical products W e will take no responsibi lity and give no compensation for direct or indirect damage to property or injury to person that might occur in connection with the use of FO RCE Rescue Equipment 8 1 Windows 3 Plexi and safety glass car win dows aircraftcanopies and win dows 7 Rapid cutting in thin sheet metal FORCE 4 Tarpaulins tents etc use axe pick 6 Car roof etc slanting s2. FORCE Rescue work is often risky carried out under cramped and difficult conditions It puts great demand upon protection and safety Great care has been devoted to these questions in design choice of material and testing The tool is manufactured af hardened special steel which is hard but still so tough that it will not shatter during rough handling even in severe cold The strong handle made of steel pipe is equipped with an anatomi cally shaped rubber handle which is shock absorbing 2 Guardsagainstslipping hands 3 latch stops claw part from G uided pumping function accidentally gliding out Strap has a safety latch with one hand quick release 1 Two hand grip in four different positions Gives good gul dance and accessibility Less risk of slipping Easily broken loose if it gets stuck 2 large supporting surface with 3 Axe blade and pick stop the gripteeth Point of support moves tool from tipping over resulting in even lift 5 Collar serves to stop slipping and grips in the ground FORCE Maintenance Edges Axe chisel and pick edges are chise honed i e the forward partof the cutting edge is equipped with a thin and blunted edge that gives great strength Sharpening of edges can be done with a grinding belt or with a fine toothed file Use relatively coarse belt gritsize 50 80 to preventthe hardness being reduced by heat Maximum temperature 200 C Aon ow na
3. handle straight out horizontally of the door increases 21 FORCE 1 Loosen chrome strip with chisel 2 Pull away chrome strip or axe pick 5 Remove windscreen with the breaking edge or with chisel 22 OPENING OF CAR ROOF IVAKINGAHOE NCRVALENIRY FORCE Cut the roof open 2 Cut with claw part 3 Cut with claw part Chopping the roof open 4 Chop close to the 5 Leave some mate 6 Fold the roof back roof edge slanting rial in the corners until short hits la st 23 OPENING OF CAR ROOF FQLEINGTHECPR ROCF CHEN FORCE First remove back and side windows 1 Perforate the lower 2 Cut off the roof pil 3 Cut cables while part of the roof pillars lars holding them with claw with the pick apart 4 Perforate both sides of the roof 5 Break the roof with a few strong in the folding line blows 6 Stamp on the roof if needed 7 Fold the roof open FORCE Bending aside the steering wheel Run the strap around the hips and attach the hook to the steering wheel N ote Strap should be low on the hip bones 1 Obtain pull by lea 2 Bend legs and tigh 3 With two straps ning body backwards ten belt Pull by straigh double pull and good tening legs support Bending away foot pedals 4 Strap attached to the door using 5 By pulling Strap around hips the door as leverage 25 FORCE 2 Cut the mudguard use the pike 3 Cu
4. FORCE RESCUE EQUIPMENT FORCE Rescue Equipment was introduced in 1968 and Is today in service in some 30 countries in tens of thousands of units In many countries it is specified as standard equipment for civil and military rescue work for ambulance police road patrols rescue helikopters sea and airrescue The time available for rescue work is nearly always very short W hen FORCE was developed the requirement was therefore a piece of equipment which was easy to handle versatile durable with a large capacity and which did not require time consuming tool changes The result was a manual rescue equipment specially desig ned for the first life saving effort to free trapped and jammed persons The tool functions that are needed to make holes cut bend lift pull supportand so on have been combined into one unit which is easy to handle and easy to learn to use FORCE is a complement to the rescuer own muscular power and has sometimes been called the third arm the rescue arm The rescuer is ready in a few seconds and with the help FORCE of his capacity is increased when time is short under difficult and cramped conditions This manual presents FORCE Rescue Equipment with the help of abundant picture material It is impossible to give a direct instruction about how individual rescue work should be carried out but the chapter dealing with utilization of the tool and training forced car entries show the versatility of th
5. e equipment The work technique with FORCE is the same irrespective of the type of rescue work traffic air train and seaincidents explosions fires e t c Through practical training one learns to know the equipmentts versatility and capacity and your own ability to utilize FORCE when advisable It always depends on the individual person how successful the outcome will be FORCE FORCE Rescue Equipment consists of Rescue Tool 2 parts axe and clawpart Rescue and transport strap Holder Stand Rescue Tool Type FO W eight 4 2 kg axe 2 6 claw 1 6 Length retracted 565 mm extended 840 mm M aterial Axe claw Steel special alloy hardened Handle EPDM rubber on pipe of special steel Latch mechanism Stainless steel Rescue and transport strap W eight 0 85 kg Length 2500 mm M aterial N ylon Tensile strength Strap 30 kN 3000 kp D ring hook buckle 25 kN 2500 kp Holder Stand W eight 0 45 kg Dimensions 90 x 453 mm height 53 mm M aterial Aluminium 3 mm Shock resistance W ith installed equipment 40 g without damage FORCE Strap 1 Undo flap 2 Remove cover 3 Remove cover 4 Fourreau Rescue Tool 5 Unlatch locking device 7 Push back to red line Twist half 8 Pull out and free claw part a turn 1 One hand free 2 hand free 6 Belt used as safety belt 7 Claw part attached to hook and D ring
6. hort hits 8 Thin isolating sheet metal use axe pick 1 Hack off 2 Pull out 3 Pull out 5 W ire ropes cables etc short 6 W ire ropes tubing etc cut hits support rod against arm ting against hard support 7 Breaking up roof sheet metal 8 Hitting with the rounded part sledgehammer action 10 3 Undoing and unscrewing bolts and screws Sparkfree opening up of sheet metal 7 Long leverage in thick sheet 8 Only claw part in thin metal metal 2 3 mm car roofs driver cabins etc 11 1 Pierce floor with pumping motion 7 Break up two hand grip 12 UTILISATION OF THE TOOL BAONG PRANG EERING FORCE Flattening pipe stopping liquid 4 Leverage Drive in chisel with flow pumping motion turn with the axe handle 5 leverage 6 Scraping off earth ice etc 13 UTILISATION OF THE TOOL LIFIING ANDLEAEIN SAFE POSTICN FORCE 14 UTILISATION OF THE TOOL MNG LIFTING FORCE Winching rope tightening 1 Strap between rod and axe 2 Pulling force 5 10 KN 500 blade 1000 kp blade 6 Vertical winching 8 Moving sheet metal etc 15 UTILISATION OF THE TOOL MING LIFTING FORCE 2 Horizontal pull 4 Lower with D ring as winch brake 3 Leverage lift 16 UTILISATION OF THE TOOL 9 PPCRIING SIOPANG ANHANG FORCE 1 Supporting protection of inj
7. t the mudguard use the 4 Cut the mudguard use the edge claw part 26 FORCE Supporting Puncture 3 Puncture tyres with the pick hit close to rim 27
8. u 2 red md 5 Emergency foot support 6 Support for self protection 17 UTILISATION OF THE TOOL SIANG ANHANG FORCE l In firm earth 2 n soft earth 3 Anchoring in rock claw part Well inserted 5 In wood etc 6 In wood etc 7 n sheet metal wood etc 18 UTILISATION OF THE TOOL SIREIR GPRYING FORCE 1 Rescue sling arrangement for fig 2 3 and 4 P 5 Seat lift 6 Chest lift tighten belt well 19 UTILISATION OF THE TOOL RESUESING STREIG ER FORCE 2 One hand free D ring in handle 3 Pulling with belt twisted belt 4 Transportin low passages gives head support 5 Arrangements with two belts Stretcher level adjustable with belt length 20 OPENING OF CAR DOOR BLOCKEDDOCR WITHOUT SAFETY LOAK FORCE Always try first to open the door by hand with some strong pulls even if it is heavily deformed Blockage is probably due to the door being compressed under tension the door opening is smaller than the door 1 Release tension by hitting Use 2 Use full swing hit hard curved side of axe part Hard hitting Right hit right hand far down on the handle guide with left hand fig 2 Left hit reverse fig 3 i 2 Nu TA a hey Ft e 5 Turn upwards The door is lifted 6 0 pen the door by turning the Structure is bent apart opening
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