Beam Clamp Lifting Clamp Beam Lifting Clamp
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Beam Trolleys & Beam Clamps

Beam Trolly Model LE-HTP
Beam Trolly Model LE-HTG

Beam clamps and trolleys can be found in various designs and are used as a fixing point for mounting hoisting devices and electric hoists, and which offer a way of either a fixed lifting point such as a lifting gantry or mobile gantry or a method of traversing the load across the beam.

The threaded spindle principle provides rapid and straightforward attachment of the load with no need to fit space washers.

The trolleys and beam clamps include a minimum fracture security of 5:1 which is in accordance with all the UVV and machinery directives.

All products are tested with overload and are supplied with test certificates and operating instructions together with the EC declaration of conformity.

Push type Trolley Model LE-HTP (Capacities 500-5000Kg)

Geared type Trolley Model LE-HTG (Capacities 500 - 20,000Kg)

The trolley enables precise placement or easy traversing of large loads by means of either manual or powered hoisting equipment. The trolley wheels are created for a maximum beam profile incline of 14%

Exceptional rolling features as a result of machined steel wheels mounted ion pre-lubricated, encapsulated ball bearings, adjustable to suit a variety of beam widths and profiles.

Anti-tilt and wheel fracture support devices in accordance with DIN15018 and the machinery directives are standard.

Adjustments are made by rotating the clevis load bar which in addition ensures the centred positioning of the hoist within the clevis, no creeping to the left or right.

Optional Extras

Buffers may be fitted. Locking device to secure trolley in place on the beam. Rust and acid resisted hand chains

  LE-HTP/G
500
LE-HTP/G
1000
LE-HTP/G
2000
LE-HTP/G
3000
LE-HTP/G
5000
HTG
10000
HTG
20000
Dimensions A B A B A B A B A B B B
 A    77,0    92,0    82,5    97,5    98,5    113,5  114,0  129,0  132,5  147,5  276,0  270,0
 B    –    –    –    –    –    –    –    –    –    –    52    70  
 D    16    16    17    17    22    22    26    26    33    33    30    35  
 D1    25    25    30    30    40    40    48    48    60    60    80    110  
 D2    30    30    35    35    47    47    58    58    70    70    114    155  
 F (HTG)    91,5    91,5    91,5    91,5    90,5    90,5    107,5  107,5  149,5  149,5  113,0  113,0
 F1    46,0    46,0    46,0    46,0    46,0    46,0    46,0    46,0    45,5    45,5    –    –  
 H1    30,5    45,5    30,5    45,5    30,5    45,5    30,0    45,0    30,0    45,0    45,0    45,0  
 I (HTP)    71,5    71,5    71,5    71,5    95,5    95,5    131,0  131,0  142,5  142,5  –    –  
 I (HTG)    76,5    76,5    76,5    76,5    98,0    98,0    132,5  132,5  148,5  148,5  170,0  170,0
 L    260    260    260    260    310    310    390    390    450    450    430    870  
 L1    130    130    130    130    150    150    180    180    209    209    200    200  
 L2    –    –    –    –    –    –    –    –    –    –    –    115  
 O    60    60    60    60    80    80    112    112    125    125    150    150  
 P (HTG)    110    110    110    110    110    110    110    110    110    110    163    163  
 P1    168    168    168    168    168    168    168    168    168    168    –    –  
 P2    146,0  146,0  150,0  150,0  155,0  155,0  160,0  160,0  167,5  167,5  –    –  
 T    146,0  187,0  150,0  187,0  155,0  189,5  160,0  191,5  167,5  191,5  270,0  270,0
model LE-HTP/GModel LE-HTP/G
Model LE-HTGModel DiagramModel LE-HTG
Model Capacity Size Beam Flange
Width b
Max. Flange
Thickness t
Min. Radius
Curve
Effort
at WLL
Net weight in Kg
Kg   mm mm m daN HTP HTG HTP HTG
LE HTP/G 500 A
B
50 - 220
160 - 300
25
40
0,90 3 8,0
10,6
9,7
12,6
14,5
17,1
16,2
19,1
LE HTP/G 1000 A
B
50 - 220
160 - 300
25
40
0,90 6 9,0
12,0
11,2
14,1
17,0
20,0
19,2
22,1
LE HTP/G 2000 A
B  
66 - 220
160 - 300
25
40
1,15 7 16,0
19,3
18,0
21,3
24,0
27,3
26,0
29,3
LE HTP/G 3000

A
B

74 - 220
160 - 300
25
40
1,40 7 32,0
35,8
35,4
39,2
41,2
45,0
44,6
48,4
LE HTP/G 5000 A
B
90 - 220
180 - 300
25
40
1,80 9 48,0
52,2
51,8
56,0

58,5
62,7

62,3
66,5
LE HTG
LE HTG  
10000
20000
B
B  
125 - 310
125 - 310
40
40
1,80
5,00
14
29

104,0
230,0


Beam Clamp

LE-YC Standard Beam Clamps(capacities 1000 - 10,000Kg

The LE-YC Beam Clamp presents a flexible and quick rigging point for hoisting equipment, pulley blocks or loads. Comes with inclusive locking device. Flexible application as a result of wide adjustment range. The central threaded spindle permits for single attachment and safe and secure grip. Various beam widths available. Spindle may be secured against loosening.

ModelCapacityFlange widthWeight
YC 1100075 - 2303.8
YC 2200075 - 2304.6
YC 3300080 - 3209.2
YC 5500090 - 32011.0
YC 101000090 - 32017.2
Capacity A Min A Max A1 A2 B1 B2 b1 b2 C D E F1 F2 G1 G2 H J1 J2 K1 K2 L
Kg mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm
 1000    115  150  78  246  186  350  75  230  50  4  215  34  17  82  44  20  14  21  48  31  84  
 2000    115  150  78  246  186  350  75  230  50  6  215  35  18  82    44  20  14  21  50  32  94  
 3000    180  225  80  320  232  455  80  320  70  8    255  35  21  120  75  22  30  34  60  40   122
 5000    180  225  90  310  242  445  90  310  70  10  255  35  21  116  75  28  30  34  60   42  129
 10000    175  200  90  320  268  480  90  320  70  14  275  35  20  110  66  38  34  35  60  40  146

Basic Safety Guidelines, Maintenance and Inspections for Beam Clamps and Trolleys

Beam Clamps Safe Use

While positioning abeam clamp, it must always be directly over the loads centre of gravity, failure to do so may cause the load to swing producing amplified stress, which could lead to the failure of the clamp.

Always check that the beam clamp is of the right profile and size, or correctly adjusted for the beam width, in order that it fits correctly about the beam flange.

Always check the supporting structure is sufficient for the load.

Always check that the beam clamp is strong enough for its proposed use.

Never use beam clamps which can't be identified, or uncertified for lifting applications.

Never change bolts, shackles etc without consulting the manufacturer

Never throw or drop the beam clamp

Never use beam clamps on damaged, deformed or distorted beams.

Never force or wedge hooks of lifting appliances into the attachment eye or fitting.

Never obliquely/diagonally load beam clamps without the authority from the supplier

Never exceed the safe working load.

If 2 beam clamps are to be used in tandem then the usage of ancillary equipment might be required for example a spreader beam, and care has to be taken to make sure that no one clamp exceeds its safe working load.

Inspection and Maintenance

Beam clamps must be cleaned on a regular basis and kept free from dirt and debris

Moving parts must be lubricated at suitable intervals

Beam clamps must be frequently inspected for wear, damage, distortion, cracks, insecure bolts, corrosion or illegible markings, if seen or suspected, never use until it has been checked and/or repaired by a competent person.

Trolleys

Always store and handle correctly

Always inspect trolleys and accessories prior to use

Always make certain the wheel profile is appropriate for the track

Always ensure the trolley width is properly set for the track

Always make sure the track is fixed with positive end stops

Always push as opposed to pull loads suspended on push/pull trolleys

Never expose trolleys to chemicals without consulting manufacturer

Never force or wedge the suspension hook

Never drop a trolley

Never expose a trolley directly to the weather, water spray, or steam etc without consulting manufacturer

Never use a trolley with chipped or damaged wheel flange

Never diagonally side load a trolley

Never exceed the SWL

Inspection and Maintenance

Trolleys must be cleaned on a regular basis to keep them free from debris, moving parts ought to be lubricated frequently.

The running surface of trolley wheels and also the contact surface of the track must be kept clean and free from contamination including lubricants.

Regularly inspect lifting equipment for wear, damage to wheel treads and flanges, insecure wheels and axle pins, loose nuts, distorted side plates, load bar or suspension eyes, damaged or worn hand chains, illegible markings and if any are seen, or unsure refer to a competent person for a thorough inspection and testing.


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Distributor of the year 2010/2011