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Hitachi Rope Hoist SH-E102

製品カタログ

1 Highly Reliable Braking System Unique to Hitachi
The hoist detects the amount of lining abrasion. The brake is equipped
with an automatic adjusting device to apply brake torque in proportion to
the amount of lining abrasion.
The double braking system consists of the main brake and the auxiliary brake unit
2 Hoisting Motor with a Thermal Protector
The hoisting motor automatically stops when sensing the heat of the motor coil in order to protect the motor from burning damage caused by heat due to overwork.
3 Efficient Maintenance is Possible
The starting time counter in the control box facilitates checking of the lifetime of consumable parts.
The gear inspection window in the control box allows visual checks of the condition of the gear teeth surface and lubrication to some degree.
The punch mark on the hook indicates the reference point for the hook inspection of deformation.
The inspection of the rope end is easy.

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ドキュメント名 Hitachi Rope Hoist SH-E102
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ファイルサイズ 10Mb
取り扱い企業 株式会社日立産機システム (この企業の取り扱いカタログ一覧)

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このカタログの内容

Page1

Rope Hoists Hitachi Rope Hoist Catalog Hitachi Rope Hoist A series V series O thers
Page2

Hitachi Hoist Hitachi Hoist Series Contents In 1927, Hitachi developed the nation's first rope hoist. Since then, Introduction 2 we have improved the performance of our hoists, based on the design concept of more serviceable and reliable hoists, and achieved Outline substantial results in various industry fields. Features 4 The V Series is the culmination of what we have been targeting all List of Hoist Types 8 these years. Prior to Selecting the Hoist 9 We offer a wide selection of hoists, including models for special uses in addition to standard models, and hoist accessories according to A-series your needs and applications. Standard Headroom Type Hoist 10 We could assist you in streamlining your material handling work, Low Headroom Type Hoist 12 saving energy and improving efficiency with our hoists. V-series Standard Headroom Type Hoist 14 Low Headroom Type Hoist 20 Double-Rail Type Hoist 22 Stationary Type Hoist 25 Hoist with Creep Speed for Hoisting 28 Others Ultra High Lift Type Hoist 30 Pair Hoist 34 Special Hoisting Speed Type Hoist, Special Traverse Speed Type Hoist 36 Special Specifications Hoist 38 End Carriage 39 End Carriage with Creep Speed 42 Wheel Unit for Toprun Type End Carriage 43 Wheel Unit for Gantry End Carriage 44 For Installing the Hitachi Hoist 46 Standards and Applied Class to the Hitachi Hoists 49 Do not use the hoist to lift or carry humans. Hoists are designed to carry materials only. 2 3 Outline A-series V-series Others
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Hitachi Hoist Hitachi Hoist Series Contents In 1927, Hitachi developed the nation's first rope hoist. Since then, Introduction 2 we have improved the performance of our hoists, based on the design concept of more serviceable and reliable hoists, and achieved Outline substantial results in various industry fields. Features 4 The V Series is the culmination of what we have been targeting all List of Hoist Types 8 these years. Prior to Selecting the Hoist 9 We offer a wide selection of hoists, including models for special uses in addition to standard models, and hoist accessories according to A-series your needs and applications. Standard Headroom Type Hoist 10 We could assist you in streamlining your material handling work, Low Headroom Type Hoist 12 saving energy and improving efficiency with our hoists. V-series Standard Headroom Type Hoist 14 Low Headroom Type Hoist 20 Double-Rail Type Hoist 22 Stationary Type Hoist 25 Hoist with Creep Speed for Hoisting 28 Others Ultra High Lift Type Hoist 30 Pair Hoist 34 Special Hoisting Speed Type Hoist, Special Traverse Speed Type Hoist 36 Special Specifications Hoist 38 End Carriage 39 End Carriage with Creep Speed 42 Wheel Unit for Toprun Type End Carriage 43 Wheel Unit for Gantry End Carriage 44 For Installing the Hitachi Hoist 46 Standards and Applied Class to the Hitachi Hoists 49 Do not use the hoist to lift or carry humans. Hoists are designed to carry materials only. 2 3 Outline A-series V-series Others
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Outline Various Features Focusing on Safety and Maintainability Makes Hoists More Serviceable and Reliable. 1 Highly Reliable Braking System Unique to Hitachi Motor unit Each hoist is equipped with a motor, which provides optimal starting torque for the hoist. The hoist detects the amount of lining abrasion. The brake is equipped Employing cooling fans and large-capacity ball bearings, the class B insulating motor (class F for 7.5 and 10 tons) can withstand severe with an automatic adjusting device to apply brake torque in proportion to operating conditions. The hoisting motor is provided with a thermal protector, which senses the heat of the motor coil and functions to the amount of lining abrasion. protect the motor from burning damage caused by over-frequent starting times. The double braking system consists of the main brake and the auxiliary brake unit Overheat alarm Patent No. 39-886535 2 Hoisting Motor with a Thermal Protector The hoisting motor automatically stops when sensing the heat of the motor coil in CONTROL BOX order to protect the motor from burning damage caused by heat due to overwork. Starting time counter The cumulative number of starting times is indicated on this counter. Because the total number of times the parts have been 3 Efficient Maintenance is Possible operated is known on this counter, it is useful for planning the maintenance and procurement of consumable parts such as The starting time counter in the control box facilitates checking of the lifetime of brakes, electromagnetic switches, and wire ropes. consumable parts. The gear inspection window in the control box allows visual checks of the condition of the gear teeth surface and lubrication to some degree. The punch mark on the hook indicates the reference point for the hook inspection of deformation. The inspection of the rope end is easy. The Hitachi Hoist is composed of a rational system with unitized brake, motor, drum, reduction gear, Electromagnetic switch with mechanical interlock and auxiliary brake. A mechanical interlock is provided for the electromagnetic switch to prevent malfunction. Disassembly and assembly are easy. Double-limit switch Maintainability and serviceability are improved. When the load block has reached the upper limit, the control circuit of the electromagnetic switch is turned off and the operation is stopped. Should a short-circuit occur, or the main circuit continue to operate due to a GEAR INSPECTION WINDOW reverse phase connection, causing the load block to move further upward, the motor main circuit is cut off. Visual checks of the gear case teeth surface Clamp type cover and lubrication conditions to some degree will The clamp type control box cover facilitates opening and closing. improve inspection accuracy. Brake unit The brake is equipped with an automatic adjusting device, which automatically adjusts brake torque in proportion to the amount of lining abrasion. Conventional adjustments of the brake will not be required. Brake Unit with Automatic Adjusting Device Patent No. 899967 (5 patents) REDUCTION GEAR UNIT USA PAT No. 3908802, Germany PAT No. 2354044 With a grease lubricating system, grease is filled in the gear unit on shipment, eliminating the replenishment prior to use, and prolonging the operation time. The building blocks of the spur gears (helical 1st stage) facilitate the maintenance inspection. STEEL DRUM and SHEAVE The drums (2- and 4-fall models for 2 to 5 Hardened layer tons, except for ultra high lif t hoists) and Rope groove AUXILIARY BRAKE UNIT sheaves (except for 7.5 and 10 tons) are If the braking force of the main brake is reduced, the auxiliary brake unit, made of steel plate, and the grooves are a new system with minimal impact, prevents the drop of the load. processed by a special press method. This Together with the automatic brakes, it composes a double braking makes the life of the drums and sheaves mechanism. about three times longer than existing cast Auxiliary Brake Unit Steel plate rolling groove metal ones (compared with our products). Patent No. 1364105 (6 patents) forming method USA PAT No. 4216848 Patent No. 1072752 4 5 Outline A-series V-series Others
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Outline Various Features Focusing on Safety and Maintainability Makes Hoists More Serviceable and Reliable. 1 Highly Reliable Braking System Unique to Hitachi Motor unit Each hoist is equipped with a motor, which provides optimal starting torque for the hoist. The hoist detects the amount of lining abrasion. The brake is equipped Employing cooling fans and large-capacity ball bearings, the class B insulating motor (class F for 7.5 and 10 tons) can withstand severe with an automatic adjusting device to apply brake torque in proportion to operating conditions. The hoisting motor is provided with a thermal protector, which senses the heat of the motor coil and functions to the amount of lining abrasion. protect the motor from burning damage caused by over-frequent starting times. The double braking system consists of the main brake and the auxiliary brake unit Overheat alarm Patent No. 39-886535 2 Hoisting Motor with a Thermal Protector The hoisting motor automatically stops when sensing the heat of the motor coil in CONTROL BOX order to protect the motor from burning damage caused by heat due to overwork. Starting time counter The cumulative number of starting times is indicated on this counter. Because the total number of times the parts have been 3 Efficient Maintenance is Possible operated is known on this counter, it is useful for planning the maintenance and procurement of consumable parts such as The starting time counter in the control box facilitates checking of the lifetime of brakes, electromagnetic switches, and wire ropes. consumable parts. The gear inspection window in the control box allows visual checks of the condition of the gear teeth surface and lubrication to some degree. The punch mark on the hook indicates the reference point for the hook inspection of deformation. The inspection of the rope end is easy. The Hitachi Hoist is composed of a rational system with unitized brake, motor, drum, reduction gear, Electromagnetic switch with mechanical interlock and auxiliary brake. A mechanical interlock is provided for the electromagnetic switch to prevent malfunction. Disassembly and assembly are easy. Double-limit switch Maintainability and serviceability are improved. When the load block has reached the upper limit, the control circuit of the electromagnetic switch is turned off and the operation is stopped. Should a short-circuit occur, or the main circuit continue to operate due to a GEAR INSPECTION WINDOW reverse phase connection, causing the load block to move further upward, the motor main circuit is cut off. Visual checks of the gear case teeth surface Clamp type cover and lubrication conditions to some degree will The clamp type control box cover facilitates opening and closing. improve inspection accuracy. Brake unit The brake is equipped with an automatic adjusting device, which automatically adjusts brake torque in proportion to the amount of lining abrasion. Conventional adjustments of the brake will not be required. Brake Unit with Automatic Adjusting Device Patent No. 899967 (5 patents) REDUCTION GEAR UNIT USA PAT No. 3908802, Germany PAT No. 2354044 With a grease lubricating system, grease is filled in the gear unit on shipment, eliminating the replenishment prior to use, and prolonging the operation time. The building blocks of the spur gears (helical 1st stage) facilitate the maintenance inspection. STEEL DRUM and SHEAVE The drums (2- and 4-fall models for 2 to 5 Hardened layer tons, except for ultra high lif t hoists) and Rope groove AUXILIARY BRAKE UNIT sheaves (except for 7.5 and 10 tons) are If the braking force of the main brake is reduced, the auxiliary brake unit, made of steel plate, and the grooves are a new system with minimal impact, prevents the drop of the load. processed by a special press method. This Together with the automatic brakes, it composes a double braking makes the life of the drums and sheaves mechanism. about three times longer than existing cast Auxiliary Brake Unit Steel plate rolling groove metal ones (compared with our products). Patent No. 1364105 (6 patents) forming method USA PAT No. 4216848 Patent No. 1072752 4 5 Outline A-series V-series Others
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Outline Reduction in size and weight Motorized trolley The K size, from the road surface of the traverse rail to the top surface of the double rail hoist, is reduced by 20% and weight is reduced by 10% (compared with our conventional products). This downsizing improves installation and operability. Thick Wire Rope The wire rope provided with a sufficient margin features a long life. Rope end Inspection of the rope end has become much easier. (1/2 to 3 tons for the 2-fall type: Patent No. 1475393) Long life wheel The hoist traverses by guide rollers and the flangeless wheels remarkably reduce the wear of the I-beam and wheels. The built-in brake facilitates position- ing. The brake torque is adjustable. Besides the standard and low headroom types, wheels of the double rail type (2 to 5 tons) are quenched, prolonging the lifetime more than 2.5 times that Hook of conventional hoists (compared with our products). Punch mark Integrated pushbutton cable The punch mark on the hook indicates the reference point for easy The pushbutton cable unique to Hitachi inte- Self-adjusting center core (Double rail hoist) inspection of deformation. grates the cable and protective wire into a Using a trolley with a self-adjusting center core, the wheels can closely follow the rails. single assembly to improve durability and operability. Protective wire Self-adjusting Vinyl coating cable Load block fitted with a safety lever The load block is provided with a safety lever to prevent the rope from dislodging in addition to a safety cover. Vinyl coating User-friendly pushbutton Vertical difference of the rail The plastic push button is of a totally enclosed type. 6 7 K Outline A-series V-series Others
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Outline Reduction in size and weight Motorized trolley The K size, from the road surface of the traverse rail to the top surface of the double rail hoist, is reduced by 20% and weight is reduced by 10% (compared with our conventional products). This downsizing improves installation and operability. Thick Wire Rope The wire rope provided with a sufficient margin features a long life. Rope end Inspection of the rope end has become much easier. (1/2 to 3 tons for the 2-fall type: Patent No. 1475393) Long life wheel The hoist traverses by guide rollers and the flangeless wheels remarkably reduce the wear of the I-beam and wheels. The built-in brake facilitates position- ing. The brake torque is adjustable. Besides the standard and low headroom types, wheels of the double rail type (2 to 5 tons) are quenched, prolonging the lifetime more than 2.5 times that Hook of conventional hoists (compared with our products). Punch mark Integrated pushbutton cable The punch mark on the hook indicates the reference point for easy The pushbutton cable unique to Hitachi inte- Self-adjusting center core (Double rail hoist) inspection of deformation. grates the cable and protective wire into a Using a trolley with a self-adjusting center core, the wheels can closely follow the rails. single assembly to improve durability and operability. Protective wire Self-adjusting Vinyl coating cable Load block fitted with a safety lever The load block is provided with a safety lever to prevent the rope from dislodging in addition to a safety cover. Vinyl coating User-friendly pushbutton Vertical difference of the rail The plastic push button is of a totally enclosed type. 6 7 K Outline A-series V-series Others
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Outline Optimum model Selectable from a Great Variety of Types Prior to Selecting Hoist Explanation of Hitachi hoist For hoist only Hoisting lift Capacity Hoist type Trolley type A-series V-series types for hoist with trolley Low lift High lift Rated load No H V-series Manual driven - Hoist improved No. indicated mark Standard headroom trolley・・・・・・・・PStandard Headroom Low Headroom Standard Headroom Low Headroom Double-Rail Hoist type by tons type・・・・・・・・・・M Chain driven Trolley improved No. Hoisting lift Low headroom trolley・・・・・・・・C 1/2t 1/2t Hoist improved No. Capacity (t) type・・・・・・・・・・L MotorizedTrolley type Double rail type・・・D trolley・・・・・・・・T 6m,12m 6m Hoist type A-series Hoisting lift Standard headroom 1t 1t 1t 1t Capacity (t) type・・・・・・・・・AM Example Low headroom6m,12m 6m 6m,12m 6m,12m V-series, 2t, high-lift, standard headroom type hoist with motorized trolley type・・・・・・・・・AL Serial numbers are applied to improved No. 2t 2t 2t 2t 2t 2 H M - T 7 5 6m,12m 6m 6m,12m 6m,12m 12m Standard specifications 3t 3t 3t 3t 3t Specifications Standard push-buttons 6m,12m 6m 6m,12m 6m,12m 6m,12m Control Voltage Type No. of push buttons Indication 5t 5t 5t 200V for V-series, 24V for A-series Without Motorized Trolley 2 With Motorized Trolley 8m,12m 6m 8m,12m Operating method 6Except 5t Double Rail Type (up to 5t) Push-button operation using a control panel With Motorized Trolley 7.5t 7.5t on the floor 8 ON OFF Incude 5t Double Rail Type (7.5t and up) 8m,12m 8m,12m Rating 30 minutes (to JIS C9620, Japanese Power feed system 10t 10t Industrial Standard) Type Power feed system Suspension-type with chain-driven trolley Cable 8m,12m 8m,12m With motorized trolley Cable No cable is provided in the cable power feed system. 15t 15t Series Selection 8m,12m 8m,12m When selecting an electric chain hoist, the operating environment, operating time, and operating frequency must be taken into consideration. 20t 20t Operating time and load ratio In addition to the general specifications, (1) starting frequency, (2) duty factor, and (3) load ratio must be taken into consideration. 12m 12m Use within the range of section. Calculation method Mean operating hour per day (h) (If the calculated value exceeds the standard specification, then it is a dedicated specification.) Load Condition Load Ratio 30t 1 2 4 8 16 16 Max. starting frequency (Starts/h)=2 n N Light K 0.5 V-series12m (1) 40% ED (40%ED) Example calculation Medium 0.5 K 0.63 400 Stars/h (250 Stars/h) The starting frequency is the cumulative sum of the inching operation count, Specially designed hoists Heavy 0.63 K 0.8 A-series 25% ED so this must be calculated by estimating the number of inchings per hoist round trip. Severe 0.8 K 250 Stars/h Stationary Load condition 2 3 25=150Starts/h Hoist with creep speed for hoisting Light : This is normally used at a load of 1/2 the rated load, and on rare occasions at the rated load. Lifting+Lowering Medium : This is normally used at a load of 1/2 to 2/3 the rated load, and occasionally at the rated load. No. of transfer per hour (times)(Number of times) Ultra high lift type hoist Heavy : This is normally used at loads above 2/3 the rated load, and often at the rated load. Inching count (times) per lifting or lowering operation. Severe : This is mostly used at the rated load or close to this load. Pair hoist If use is expected to exceed the above range, then an electric chain hoist with a higher capacity ( ) The total motor ON time (minutes) per hour must be selected, so please consult with HITACHI. 2 under the most frequent condition. Special hoisting speed type hoist Duty factor (%)= 100Rating in parenthesis is for 15t and above. 60 min Special traversing speed type hoist 1 Operating environment = 2 N 100V 60 min Explosionproof type hoist based on JIS Example calculation Use in locations with an ambient temperature of -10°C to 40°C Lift(m) Multi hook type hoist No. of transfer per hour(Times) (with no freezing) and humidity of 90% or less (no condensation). 3 Hoist with upper / lower limit switches 2 25 60 100=25% Protective construction IP44 10 Hoist with load limiter Lifting+Lowering 1 hour (60 min) Applicable standards (Times) Hoisting speed (m/min) 3 JIS C9620 (Electic Hoist) and crane construction standards (3) Load ratio K= P 3 1 t1+P 32 t2+P 33 t3+ The main body and the trolley for a hoist with a chain-driven Example calculation When a 0.4t load is suspended on a 1-ton rated load rope hoist for a one-way trolley are delivered separately. trip, with a no-load return trip. (The lifting sling is 0.3t). n : Inching count (times) per lifting or lowering operation. t1, t2, t3 : 3 3 3 N : Transport count (times) within 1 hour Ratio of the operating time of each load to K= (0.3+0.4) 0.5+0.3 0.5 0.57 the total operating time In this case, the load condition is comparable to "medium" and the average operating time : Lift(m) P1, P2, P3 : per day is 8 hours or less. If used for a longer time than this, an electric chain hoist with V : Hoisting speed(m/min) Each load ratio (ratio of the load to each rated load) a higher capacity must be selected. 8 9 Outline A-series V-series Others
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Outline Optimum model Selectable from a Great Variety of Types Prior to Selecting Hoist Explanation of Hitachi hoist For hoist only Hoisting lift Capacity Hoist type Trolley type A-series V-series types for hoist with trolley Low lift High lift Rated load No H V-series Manual driven - Hoist improved No. indicated mark Standard headroom trolley・・・・・・・・PStandard Headroom Low Headroom Standard Headroom Low Headroom Double-Rail Hoist type by tons type・・・・・・・・・・M Chain driven Trolley improved No. Hoisting lift Low headroom trolley・・・・・・・・C 1/2t 1/2t Hoist improved No. Capacity (t) type・・・・・・・・・・L MotorizedTrolley type Double rail type・・・D trolley・・・・・・・・T 6m,12m 6m Hoist type A-series Hoisting lift Standard headroom 1t 1t 1t 1t Capacity (t) type・・・・・・・・・AM Example Low headroom6m,12m 6m 6m,12m 6m,12m V-series, 2t, high-lift, standard headroom type hoist with motorized trolley type・・・・・・・・・AL Serial numbers are applied to improved No. 2t 2t 2t 2t 2t 2 H M - T 7 5 6m,12m 6m 6m,12m 6m,12m 12m Standard specifications 3t 3t 3t 3t 3t Specifications Standard push-buttons 6m,12m 6m 6m,12m 6m,12m 6m,12m Control Voltage Type No. of push buttons Indication 5t 5t 5t 200V for V-series, 24V for A-series Without Motorized Trolley 2 With Motorized Trolley 8m,12m 6m 8m,12m Operating method 6Except 5t Double Rail Type (up to 5t) Push-button operation using a control panel With Motorized Trolley 7.5t 7.5t on the floor 8 ON OFF Incude 5t Double Rail Type (7.5t and up) 8m,12m 8m,12m Rating 30 minutes (to JIS C9620, Japanese Power feed system 10t 10t Industrial Standard) Type Power feed system Suspension-type with chain-driven trolley Cable 8m,12m 8m,12m With motorized trolley Cable No cable is provided in the cable power feed system. 15t 15t Series Selection 8m,12m 8m,12m When selecting an electric chain hoist, the operating environment, operating time, and operating frequency must be taken into consideration. 20t 20t Operating time and load ratio In addition to the general specifications, (1) starting frequency, (2) duty factor, and (3) load ratio must be taken into consideration. 12m 12m Use within the range of section. Calculation method Mean operating hour per day (h) (If the calculated value exceeds the standard specification, then it is a dedicated specification.) Load Condition Load Ratio 30t 1 2 4 8 16 16 Max. starting frequency (Starts/h)=2 n N Light K 0.5 V-series12m (1) 40% ED (40%ED) Example calculation Medium 0.5 K 0.63 400 Stars/h (250 Stars/h) The starting frequency is the cumulative sum of the inching operation count, Specially designed hoists Heavy 0.63 K 0.8 A-series 25% ED so this must be calculated by estimating the number of inchings per hoist round trip. Severe 0.8 K 250 Stars/h Stationary Load condition 2 3 25=150Starts/h Hoist with creep speed for hoisting Light : This is normally used at a load of 1/2 the rated load, and on rare occasions at the rated load. Lifting+Lowering Medium : This is normally used at a load of 1/2 to 2/3 the rated load, and occasionally at the rated load. No. of transfer per hour (times)(Number of times) Ultra high lift type hoist Heavy : This is normally used at loads above 2/3 the rated load, and often at the rated load. Inching count (times) per lifting or lowering operation. Severe : This is mostly used at the rated load or close to this load. Pair hoist If use is expected to exceed the above range, then an electric chain hoist with a higher capacity ( ) The total motor ON time (minutes) per hour must be selected, so please consult with HITACHI. 2 under the most frequent condition. Special hoisting speed type hoist Duty factor (%)= 100Rating in parenthesis is for 15t and above. 60 min Special traversing speed type hoist 1 Operating environment = 2 N 100V 60 min Explosionproof type hoist based on JIS Example calculation Use in locations with an ambient temperature of -10°C to 40°C Lift(m) Multi hook type hoist No. of transfer per hour(Times) (with no freezing) and humidity of 90% or less (no condensation). 3 Hoist with upper / lower limit switches 2 25 60 100=25% Protective construction IP44 10 Hoist with load limiter Lifting+Lowering 1 hour (60 min) Applicable standards (Times) Hoisting speed (m/min) 3 JIS C9620 (Electic Hoist) and crane construction standards (3) Load ratio K= P 3 1 t1+P 32 t2+P 33 t3+ The main body and the trolley for a hoist with a chain-driven Example calculation When a 0.4t load is suspended on a 1-ton rated load rope hoist for a one-way trolley are delivered separately. trip, with a no-load return trip. (The lifting sling is 0.3t). n : Inching count (times) per lifting or lowering operation. t1, t2, t3 : 3 3 3 N : Transport count (times) within 1 hour Ratio of the operating time of each load to K= (0.3+0.4) 0.5+0.3 0.5 0.57 the total operating time In this case, the load condition is comparable to "medium" and the average operating time : Lift(m) P1, P2, P3 : per day is 8 hours or less. If used for a longer time than this, an electric chain hoist with V : Hoisting speed(m/min) Each load ratio (ratio of the load to each rated load) a higher capacity must be selected. 8 9 Outline A-series V-series Others
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A-series HOIST with Motorized Trolley Standard Headroom Type Hoist Standard Headroom Type Hoist Dimensions Standard-Headroom Type with Motorized Trolley 1t 2, 3t (With suspension/chain-driven and motorized trolley) This is an orthodox type of hoist widely utilized for general purposes. It boasts high performance for use in rugged jobs such as general production in factories, mining, railroads, and warehouses. Standard - Headroom Type Hoist Specifications Capacity ( t ) 1 2 3 Hoisting lift (m) 6 and 12 50Hz 7 6 5 Speed (m/min) 60Hz 8.4 7 6 Hoisting 50Hz 1.2 2.1 2.6 (kW) Motor 60Hz 1.5 2.4 3.1 No. of poles 4 50Hz 21 Speed (m/min) Table of Dimensions 60Hz 25 Traversing 50Hz 0.30 0.30 0.45 Model 1AM-T65 1HAM-T65 2AM-T75 2HAM-T75 3AM-T65 3HAM-T65 (kW) Motor 60Hz 0.36 0.36 0.55 Hoist type 1AM6 1HAM6 2AM7 2HAM7 3AM6 3HAM6 No. of poles 4 Trolley type 1T5 1T5 2T5 2T5 3T5 3T5 No. of falls 2 Capacity ( t ) 1 2 3 Wire rope Composition 6×Fi (29)-B L 6,000 12,000 6,000 12,000 6,000 12,000 Diam. (mm) 8 11.2 14 H 790 985 1,115 Rating 25% ED 250 Starts/h A 480 650 545 580 565 605 Operating method Floor-controlled Pushbutton operation B 350 385 435 615 460 640 Electric source (3 phase) 200V 50/60Hz,220V 60Hz,380-400V 50Hz,415V 50Hz,440-460V 60Hz M 345 400 460 Control voltage (V) 24 – 27 W 200/290 200/290 230/310 Approx. dimensions ( mm ) K 20 90 30 110 35 120 J 85 115 75 100 80 110 E 255 220 245 Dimensions Table of Dimensions d 45 56 71 Suspension Type Hoist Model 1AM6 1HAM6 2AM7 2HAM7 3AM 3HAM p 96 96 1286 6 1t Capacity ( t ) 1 2 3 a 23 36 42 L 6,000 12,000 6,000 12,000 6,000 12,000 Min. curve Radius ( m ) 1.5 1.8 2.0 H 710 910 1,050 Dimensions ( mm ) F S T U C F S T U C F S T U C A 480 650 545 580 565 605 I- Beam 47 B 350 385 435 615 460 640 200×100×7 374 42 148 (42) 135 378 42 148 42 135 44 M 200 200 200 250×125×7.5 387 67 151 (39) 185 391 67 151 39 185 417 52 177 38 180 35 26 36 36 300×150×11.5 400 92 160 (30) 225 404 92 160 30 225 430 77 187 28 220 N 139 139 164 450×175×11 443 102 185 30 370 E 345 400 460 Approx. weight ( kg ) 165 175 255 275 320 345 F 255 220 245 Push-button 45 56 71 indication d Approx. a 23 36 42 NOTES : 1.Dimensions W are for the drive side/driven side. dimensions 2.Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. J 85 115 75 100 80 110 3.( ) dimensions represent dimensions of 1HAM6 ( Hoist type ) ( mm ) K 20 90 30 110 35 120 O 47 217 56 91 65 106 2, 3t R 47 80 58 237 79 262 Q 32.5 35.5 41.5 S 35 40 35 35 C 294 497 314 528 344 568 t 9 9 9 G 390 500 555 P 120 120 180 U 28 28 35 X 10 10 14 Approx. weight ( kg ) 115 125 190 210 230 255 Push-button indication 10 11 Outline A-series V-series Others
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A-series HOIST with Motorized Trolley Standard Headroom Type Hoist Standard Headroom Type Hoist Dimensions Standard-Headroom Type with Motorized Trolley 1t 2, 3t (With suspension/chain-driven and motorized trolley) This is an orthodox type of hoist widely utilized for general purposes. It boasts high performance for use in rugged jobs such as general production in factories, mining, railroads, and warehouses. Standard - Headroom Type Hoist Specifications Capacity ( t ) 1 2 3 Hoisting lift (m) 6 and 12 50Hz 7 6 5 Speed (m/min) 60Hz 8.4 7 6 Hoisting 50Hz 1.2 2.1 2.6 (kW) Motor 60Hz 1.5 2.4 3.1 No. of poles 4 50Hz 21 Speed (m/min) Table of Dimensions 60Hz 25 Traversing 50Hz 0.30 0.30 0.45 Model 1AM-T65 1HAM-T65 2AM-T75 2HAM-T75 3AM-T65 3HAM-T65 (kW) Motor 60Hz 0.36 0.36 0.55 Hoist type 1AM6 1HAM6 2AM7 2HAM7 3AM6 3HAM6 No. of poles 4 Trolley type 1T5 1T5 2T5 2T5 3T5 3T5 No. of falls 2 Capacity ( t ) 1 2 3 Wire rope Composition 6×Fi (29)-B L 6,000 12,000 6,000 12,000 6,000 12,000 Diam. (mm) 8 11.2 14 H 790 985 1,115 Rating 25% ED 250 Starts/h A 480 650 545 580 565 605 Operating method Floor-controlled Pushbutton operation B 350 385 435 615 460 640 Electric source (3 phase) 200V 50/60Hz,220V 60Hz,380-400V 50Hz,415V 50Hz,440-460V 60Hz M 345 400 460 Control voltage (V) 24 – 27 W 200/290 200/290 230/310 Approx. dimensions ( mm ) K 20 90 30 110 35 120 J 85 115 75 100 80 110 E 255 220 245 Dimensions Table of Dimensions d 45 56 71 Suspension Type Hoist Model 1AM6 1HAM6 2AM7 2HAM7 3AM 3HAM p 96 96 1286 6 1t Capacity ( t ) 1 2 3 a 23 36 42 L 6,000 12,000 6,000 12,000 6,000 12,000 Min. curve Radius ( m ) 1.5 1.8 2.0 H 710 910 1,050 Dimensions ( mm ) F S T U C F S T U C F S T U C A 480 650 545 580 565 605 I- Beam 47 B 350 385 435 615 460 640 200×100×7 374 42 148 (42) 135 378 42 148 42 135 44 M 200 200 200 250×125×7.5 387 67 151 (39) 185 391 67 151 39 185 417 52 177 38 180 35 26 36 36 300×150×11.5 400 92 160 (30) 225 404 92 160 30 225 430 77 187 28 220 N 139 139 164 450×175×11 443 102 185 30 370 E 345 400 460 Approx. weight ( kg ) 165 175 255 275 320 345 F 255 220 245 Push-button 45 56 71 indication d Approx. a 23 36 42 NOTES : 1.Dimensions W are for the drive side/driven side. dimensions 2.Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. J 85 115 75 100 80 110 3.( ) dimensions represent dimensions of 1HAM6 ( Hoist type ) ( mm ) K 20 90 30 110 35 120 O 47 217 56 91 65 106 2, 3t R 47 80 58 237 79 262 Q 32.5 35.5 41.5 S 35 40 35 35 C 294 497 314 528 344 568 t 9 9 9 G 390 500 555 P 120 120 180 U 28 28 35 X 10 10 14 Approx. weight ( kg ) 115 125 190 210 230 255 Push-button indication 10 11 Outline A-series V-series Others
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A-series Low Headroom Type Hoist Low Headroom Type Hoist Low-Headroom Type Hoist Specifications Dimensions Capacity ( t ) 1 2 3 1t 2, 3t Hoisting lift (m) 6 50Hz 7 6 5 Speed (m/min) 60Hz 8.4 7 6 Hoisting 50Hz 1.2 2.1 2.6 (kW) Motor 60Hz 1.5 2.4 3.1 No. of poles 4 50Hz 21 Speed (m/min) 60Hz 25 Traversing 50Hz 0.30 0.30 0.45 (kW) Motor 60Hz 0.36 0.36 0.55 No. of poles 4 No. of falls 4 Wire rope Composition 6×W (19)-B 6×Fi (29)-B Diam. (mm) 6.3 8 10 Rating 25% ED 250 Starts/h Operating method Floor-controlled Pushbutton operation Electric source (3 phase) 200V 50/60Hz,220V 60Hz,380-400V 50Hz,415V 50Hz,440-460V 60Hz Control voltage (V) 24 – 27 Table of Dimensions Model 1AL-T55 2AL-T55 3AL-T55 Hoist type 1AL5 2AL5 3AL5 Trolley type 1T5 2T5 3T5 Capacity ( t ) 1 2 3 L 6,000 6,000 6,000 H 425 515 600 A 600 655 705 B 475 545 585 W 200/290 200/290 230/310 E 420 365 400 Approx. dimensions ( mm ) F 375 480 575 d 45 56 71 J 28 42 46 Y – 625 620 p 96 96 128 a 23 36 42 ℓ 55 85 100 Min. curve Radius ( m ) 1.5 1.8 2.0 Dimensions ( mm ) S T U C G S T U C G S T U C G I- Beam 200×100×7 42 148 52 135 374 42 150 32 135 378 250×125×7.5 67 151 49 185 387 67 153 29 185 391 52 177 28 180 417 300×150×11.5 92 160 40 225 400 92 163 19 225 404 77 187 18 220 430 450×175×11 102 185 20 370 443 Approx. weight ( kg ) 180 270 370 Push-button indication NOTE : Dimensions W are for the drive side/driven side.     Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 12 13 Outline A-series V-series Others
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A-series Low Headroom Type Hoist Low Headroom Type Hoist Low-Headroom Type Hoist Specifications Dimensions Capacity ( t ) 1 2 3 1t 2, 3t Hoisting lift (m) 6 50Hz 7 6 5 Speed (m/min) 60Hz 8.4 7 6 Hoisting 50Hz 1.2 2.1 2.6 (kW) Motor 60Hz 1.5 2.4 3.1 No. of poles 4 50Hz 21 Speed (m/min) 60Hz 25 Traversing 50Hz 0.30 0.30 0.45 (kW) Motor 60Hz 0.36 0.36 0.55 No. of poles 4 No. of falls 4 Wire rope Composition 6×W (19)-B 6×Fi (29)-B Diam. (mm) 6.3 8 10 Rating 25% ED 250 Starts/h Operating method Floor-controlled Pushbutton operation Electric source (3 phase) 200V 50/60Hz,220V 60Hz,380-400V 50Hz,415V 50Hz,440-460V 60Hz Control voltage (V) 24 – 27 Table of Dimensions Model 1AL-T55 2AL-T55 3AL-T55 Hoist type 1AL5 2AL5 3AL5 Trolley type 1T5 2T5 3T5 Capacity ( t ) 1 2 3 L 6,000 6,000 6,000 H 425 515 600 A 600 655 705 B 475 545 585 W 200/290 200/290 230/310 E 420 365 400 Approx. dimensions ( mm ) F 375 480 575 d 45 56 71 J 28 42 46 Y – 625 620 p 96 96 128 a 23 36 42 ℓ 55 85 100 Min. curve Radius ( m ) 1.5 1.8 2.0 Dimensions ( mm ) S T U C G S T U C G S T U C G I- Beam 200×100×7 42 148 52 135 374 42 150 32 135 378 250×125×7.5 67 151 49 185 387 67 153 29 185 391 52 177 28 180 417 300×150×11.5 92 160 40 225 400 92 163 19 225 404 77 187 18 220 430 450×175×11 102 185 20 370 443 Approx. weight ( kg ) 180 270 370 Push-button indication NOTE : Dimensions W are for the drive side/driven side.     Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 12 13 Outline A-series V-series Others
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V-series HOIST with Motorized Trolley Standard Headroom Type Hoist Hoist with Motorized Trolley (With suspension/chain-driven and motorized trolley) Here’s Convenience This is an orthodox type of hoist widely utilized for general purposes. It boasts high performance for use in rugged This hoist proves handy for use in a busy factory where the load traveling range is wide and transporating operat- jobs such as general production in factories, mining, railroads, and warehouses. ings are frequent. The motorized trolley efficiently transports loads to destined locations. When the rail is installed the full length or width of a building’ s ceiling, the hoist may be used as an overhead traveling crane. Loads can be speedily transported merely by manipulating the push-button switches. Several hoist units can be mounted on one rail. Dimensions 1/2,1t 2, 3t 5t Unit:mm Table of Dimensions Model 1/2M-T65 1/2HM-T65 1M-T65 1HM-T65 2M-T75 2HM-T75 3M-T65 3HM-T65 5M-T55 5HM-T55 Hoist type 1/2M6 1/2HM6 1M6 1HM6 2M7 2HM7 3M6 3HM6 5M5 5HM5 Trolley type 1/2T5 1/2T5 1T5 1T5 2T5 2T5 3T5 3T5 5T5 5T5 Specifications Capacity ( t ) 1/2 1 2 3 5 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 8,000 12,000 Capacity ( t ) 1/2 1 2 3 5 7.5 10 15 20 Hoisting lift ( m ) 6 and 12 8 and 12 12 H 740 790 985 1,115 1,190 50Hz 11 11 8.4 7.5 6.7 6.0 5.0 5.0 4.2 A 485 655 545 715 595 630 645 690 845 955Speed (m/min) 60Hz 13 13 10 9 8 7.2 6.0 6.0 5.0 B 355 380 350 385 435 615 475 660 690 800 Hoisting 50Hz 1.0 1.9 2.9 4.2 5.9 7.9 8.8 6.7×2 7.5×2 Approx. M 335 345 415 460 455 (kW) Motor 60Hz 1.2 2.3 3.5 5 7 9.5 10.5 8×2 9×2 dimensions W 200/290 200/290 200/290 230/310 250/330 No.of poles 4 4 K 20 100 20 90 30 110 35 120( mm ) 50Hz 21 14 J 80 105 85 115 75 100 80 110Speed (m/min) 60Hz 25 17 d 40 45 56 71 90 Traversing 50Hz 0.30 0.30 0.30 0.45 0.63 0.47×2 0.47×2 0.7×2 0.7×2 p 96 96 96 128 156/140(DRIVE SIDE/DRIVEN SIDE) (kW) Motor 60Hz 0.36 0.36 0.36 0.55 0.75 0.56×2 0.56×2 0.84×2 0.84×2 a 21 23 36 42 58 No.of poles 4 6 4 Min. curve radius ( m ) 1.3(5.0) 1.5 1.8 2.0 3.0 No.of falls 2 4 Dimensions with respect to I-beam E F S T U C E F S T U C E F S T U C E F S T U C E F S T U C Wire rope Composition 6×W(19)-B 6×Fi(29)-B 6×Fi(29)IWRC-B 53 Diam.(mm)  6.3  8  11.2  14  12.5  14  16  20  22.4 (150×75×5.5) 190 361 17 147 (43) 85 Rating 40%ED400 Starts/h 40%ED250 Starts/h 200×100×7 190 374 42 148 52 (42) 135 255 374 42 148 47 (42) 135 220 378 42 148 42 135 Operating method Push-button operation ↑ ↓ ← → → Push-button operation ON OFF ↑ ↓ ← → → 250×125×7.5 190 387 67 151 49 (39) 185 255 387 67 151 44 (39) 185 220 391 67 151 39 185 245 417 52 177 38 180→ → 35 Electric scurce ( 3 phase ) 200V 50/60Hz,220V 60Hz,380-400V 50Hz,415V 50Hz,440-460V 60Hz 300×150×11.5 255 400 92 160 (30) 225 220 404 92 160 30 225 245 430 77 187 28 220 305 450 77 225 30 215 Control voltage 200V 50/60Hz 450×175×11 245 443 102 185 30 370 305 463 102 223 32 365 Approx. weight ( kg ) 145 155 175 195 280 310 385 415 685 745 NOTES : 1. Dimensions W represent dimensions of drive side/driven side. 2. 1/2 ton-When an I-beam ( 150×75×5.5 ) is used, the minimum curve radius is 5m. 3. 1/2 ton-When an I-beam ( 150×75×5.5 ) is used, 50mm-thick shims are necessary between the building and the I-beam. 4. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 5. ( ) dimensions represent dimensions of 1/2HM6 and 1HM6 ( Hoist type ) 14 15 Outline A-series V-series Others
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V-series HOIST with Motorized Trolley Standard Headroom Type Hoist Hoist with Motorized Trolley (With suspension/chain-driven and motorized trolley) Here’s Convenience This is an orthodox type of hoist widely utilized for general purposes. It boasts high performance for use in rugged This hoist proves handy for use in a busy factory where the load traveling range is wide and transporating operat- jobs such as general production in factories, mining, railroads, and warehouses. ings are frequent. The motorized trolley efficiently transports loads to destined locations. When the rail is installed the full length or width of a building’ s ceiling, the hoist may be used as an overhead traveling crane. Loads can be speedily transported merely by manipulating the push-button switches. Several hoist units can be mounted on one rail. Dimensions 1/2,1t 2, 3t 5t Unit:mm Table of Dimensions Model 1/2M-T65 1/2HM-T65 1M-T65 1HM-T65 2M-T75 2HM-T75 3M-T65 3HM-T65 5M-T55 5HM-T55 Hoist type 1/2M6 1/2HM6 1M6 1HM6 2M7 2HM7 3M6 3HM6 5M5 5HM5 Trolley type 1/2T5 1/2T5 1T5 1T5 2T5 2T5 3T5 3T5 5T5 5T5 Specifications Capacity ( t ) 1/2 1 2 3 5 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 8,000 12,000 Capacity ( t ) 1/2 1 2 3 5 7.5 10 15 20 Hoisting lift ( m ) 6 and 12 8 and 12 12 H 740 790 985 1,115 1,190 50Hz 11 11 8.4 7.5 6.7 6.0 5.0 5.0 4.2 A 485 655 545 715 595 630 645 690 845 955Speed (m/min) 60Hz 13 13 10 9 8 7.2 6.0 6.0 5.0 B 355 380 350 385 435 615 475 660 690 800 Hoisting 50Hz 1.0 1.9 2.9 4.2 5.9 7.9 8.8 6.7×2 7.5×2 Approx. M 335 345 415 460 455 (kW) Motor 60Hz 1.2 2.3 3.5 5 7 9.5 10.5 8×2 9×2 dimensions W 200/290 200/290 200/290 230/310 250/330 No.of poles 4 4 K 20 100 20 90 30 110 35 120( mm ) 50Hz 21 14 J 80 105 85 115 75 100 80 110Speed (m/min) 60Hz 25 17 d 40 45 56 71 90 Traversing 50Hz 0.30 0.30 0.30 0.45 0.63 0.47×2 0.47×2 0.7×2 0.7×2 p 96 96 96 128 156/140(DRIVE SIDE/DRIVEN SIDE) (kW) Motor 60Hz 0.36 0.36 0.36 0.55 0.75 0.56×2 0.56×2 0.84×2 0.84×2 a 21 23 36 42 58 No.of poles 4 6 4 Min. curve radius ( m ) 1.3(5.0) 1.5 1.8 2.0 3.0 No.of falls 2 4 Dimensions with respect to I-beam E F S T U C E F S T U C E F S T U C E F S T U C E F S T U C Wire rope Composition 6×W(19)-B 6×Fi(29)-B 6×Fi(29)IWRC-B 53 Diam.(mm)  6.3  8  11.2  14  12.5  14  16  20  22.4 (150×75×5.5) 190 361 17 147 (43) 85 Rating 40%ED400 Starts/h 40%ED250 Starts/h 200×100×7 190 374 42 148 52 (42) 135 255 374 42 148 47 (42) 135 220 378 42 148 42 135 Operating method Push-button operation ↑ ↓ ← → → Push-button operation ON OFF ↑ ↓ ← → → 250×125×7.5 190 387 67 151 49 (39) 185 255 387 67 151 44 (39) 185 220 391 67 151 39 185 245 417 52 177 38 180→ → 35 Electric scurce ( 3 phase ) 200V 50/60Hz,220V 60Hz,380-400V 50Hz,415V 50Hz,440-460V 60Hz 300×150×11.5 255 400 92 160 (30) 225 220 404 92 160 30 225 245 430 77 187 28 220 305 450 77 225 30 215 Control voltage 200V 50/60Hz 450×175×11 245 443 102 185 30 370 305 463 102 223 32 365 Approx. weight ( kg ) 145 155 175 195 280 310 385 415 685 745 NOTES : 1. Dimensions W represent dimensions of drive side/driven side. 2. 1/2 ton-When an I-beam ( 150×75×5.5 ) is used, the minimum curve radius is 5m. 3. 1/2 ton-When an I-beam ( 150×75×5.5 ) is used, 50mm-thick shims are necessary between the building and the I-beam. 4. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 5. ( ) dimensions represent dimensions of 1/2HM6 and 1HM6 ( Hoist type ) 14 15 Outline A-series V-series Others
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V-series Hoist with Motorized Trolley Lug Suspension Type Hoist Here’s Convenience… Dimensions This hoist is handy when hoisting or lowering cargo in a definite location. Transportation of the hoist main body, 7.5,10t 15, 20t Unit:mm installation to the ceiling, and hoist removing are quite simple. Dimensions 1/2,1t 2, 3t 5t Unit:mm Table of Dimensions Model 1/2M6 1/2HM6 1M6 1HM6 2M7 2HM7 3M6 3HM6 5M5 5HM5 Capacity ( t ) 1/2 1 2 3 5 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 8,000 12,000 H 660 710 910 1,050 1,110 Table of Dimensions A 485 655 545 715 595 630 645 690 845 955 B 355 380 350 385 435 615 475 660 690 800 Model 7.5M-T55 7.5HM-T55 10M-T55 10HM-T55 15M-T55 15HM-T55 20HM-T55 M 200 200 200 200 270 Hoist type 7.5M5 7.5HM5 10M5 10HM5 15M5 15HM5 20HM5 26 26 36 36 46 Trolley type 4FT5×2 4FT5×2 5FT5×2 5FT5×2 10AT6×2 10AT6×2 10AT6×2 N 114 139 139 164 189 Capacity ( t ) 7.5 10 15 20 E 335 345 415 460 455 L 8,000 12,000 8,000 12,000 8,000 12,000 12,000 F 190 255 220 245 305 H 1,345 1,515 1,865 2,010 Approx. d 40 45 56 71 90 A 1,075 1,150 1,075 1,150 1,060 1,160 1,210 a 21 23 36 42 58 B 830 905 885 960 750 850 900 dimensions J 80 105 85 115 75 100 80 110 E 315 355 500 500 ( mm ) K 20 100 20 90 30 110 35 120 Approx. dimensions ( mm ) G 570 590 705 705 O 52 80 47 80 56 91 65 106 198 310 M 560 760 650 786 820 900 R 52 230 47 217 58 237 79 262 198 310 W 230/310(Drive side/Driven side) 230/330(Drive side/Driven side) 300 300 Q 25.5 32.5 35.5 41.5 52.5 d 100 100 130 165 S 30 40 35 40 35 35 50 p 128 156/140(Drive side/Driven side) 190 190 C 304 510 294 497 314 528 344 568 666 890 a 69 69 86 108 t 9 9 9 9 12 Min. curve Radius ( m ) Straight Straight Straight Straight G 380 390 500 555 590 Dimensions with respect to I-beam S T U F S T U F S T U F P 120 120 120 180 180 450×175×11 102 184 30 453 102 225 30 460 62 280 30 524 U 28 28 28 35 35 600×190×13 117 189 25 461 117 230 25 468 77 285 25 532 X 10 10 10 14 14 Approx. weight ( kg ) 930 990 1,230 1,290 2,340 2,540 2,940 Approx. weight ( kg ) 95 105 125 145 215 245 295 325 550 610 NOTE : Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 16 17 Outline A-series V-series Others
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V-series Hoist with Motorized Trolley Lug Suspension Type Hoist Here’s Convenience… Dimensions This hoist is handy when hoisting or lowering cargo in a definite location. Transportation of the hoist main body, 7.5,10t 15, 20t Unit:mm installation to the ceiling, and hoist removing are quite simple. Dimensions 1/2,1t 2, 3t 5t Unit:mm Table of Dimensions Model 1/2M6 1/2HM6 1M6 1HM6 2M7 2HM7 3M6 3HM6 5M5 5HM5 Capacity ( t ) 1/2 1 2 3 5 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 8,000 12,000 H 660 710 910 1,050 1,110 Table of Dimensions A 485 655 545 715 595 630 645 690 845 955 B 355 380 350 385 435 615 475 660 690 800 Model 7.5M-T55 7.5HM-T55 10M-T55 10HM-T55 15M-T55 15HM-T55 20HM-T55 M 200 200 200 200 270 Hoist type 7.5M5 7.5HM5 10M5 10HM5 15M5 15HM5 20HM5 26 26 36 36 46 Trolley type 4FT5×2 4FT5×2 5FT5×2 5FT5×2 10AT6×2 10AT6×2 10AT6×2 N 114 139 139 164 189 Capacity ( t ) 7.5 10 15 20 E 335 345 415 460 455 L 8,000 12,000 8,000 12,000 8,000 12,000 12,000 F 190 255 220 245 305 H 1,345 1,515 1,865 2,010 Approx. d 40 45 56 71 90 A 1,075 1,150 1,075 1,150 1,060 1,160 1,210 a 21 23 36 42 58 B 830 905 885 960 750 850 900 dimensions J 80 105 85 115 75 100 80 110 E 315 355 500 500 ( mm ) K 20 100 20 90 30 110 35 120 Approx. dimensions ( mm ) G 570 590 705 705 O 52 80 47 80 56 91 65 106 198 310 M 560 760 650 786 820 900 R 52 230 47 217 58 237 79 262 198 310 W 230/310(Drive side/Driven side) 230/330(Drive side/Driven side) 300 300 Q 25.5 32.5 35.5 41.5 52.5 d 100 100 130 165 S 30 40 35 40 35 35 50 p 128 156/140(Drive side/Driven side) 190 190 C 304 510 294 497 314 528 344 568 666 890 a 69 69 86 108 t 9 9 9 9 12 Min. curve Radius ( m ) Straight Straight Straight Straight G 380 390 500 555 590 Dimensions with respect to I-beam S T U F S T U F S T U F P 120 120 120 180 180 450×175×11 102 184 30 453 102 225 30 460 62 280 30 524 U 28 28 28 35 35 600×190×13 117 189 25 461 117 230 25 468 77 285 25 532 X 10 10 10 14 14 Approx. weight ( kg ) 930 990 1,230 1,290 2,340 2,540 2,940 Approx. weight ( kg ) 95 105 125 145 215 245 295 325 550 610 NOTE : Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 16 17 Outline A-series V-series Others
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V-series Hoist with Push-Driven Trolley Hoist with Chain-Driven Trolley Dimensions Table of Dimensions Dimensions Table of Dimensions Model ½M-P65 ½HM-P65 1M-P65 1HM-P65 2M-P75 2HM-P75 3M-P65 3HM-P65 Model ½M-C65 ½HM-C65 1M-C65 1HM-C65 2M-C75 2HM-C75 3M-C65 3HM-C65 Unit : mm Hoist type ½M6 ½HM6 1M6 1HM6 2M7 2HM7 3M 3HM Unit : mm6 6 Hoist type ½M6 ½HM6 1M6 1HM6 2M7 2HM7 3M6 3HM6 Trolley type 1P5 1P5 1P5 1P5 3P5 3P5 3P5 3P5 Trolley type ½C5 1C5 3C5 3C5 Capacity ( t ) ½ 1 2 3 Capacity ( t ) ½ 1 2 3 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 H 730 775 985 1,115 H 715 775 985 1,115 A 485 655 545 715 595 630 645 690 A 485 655 545 715 595 630 645 690 B 355 380 350 385 435 615 475 660 B 355 380 350 385 435 615 475 660 Approx. M 335 345 415 460 M 335 345 415 460 dimensions ( mm ) E 190 255 220 245 Approx. E 190 255 220 245 dimensions K 20 100 20 90 30 110 35 120 W 189/240 189/350 231/350 231/350 ( mm ) J 80 105 85 115 75 100 80 110 K 20 100 20 90 30 110 35 120 d 40 45 56 71 J 80 105 85 115 75 100 80 110 a 21 23 36 42 d 40 45 56 71 Min. curve radius ( m ) 4.0 4.0 4.0 4.0 a 21 23 36 42 Dimensions with respect to I-beam U R S U R S U R S U R S N 6,300 12,800 6,300 12,800 6,200 12,700 6,200 12,700 150×75×5.5 38(28) 115 26 Min. curve radius ( m ) 1.3 4.0 4.0 4.0 200×100×7 37 32(27) 116 51 (27) 116 51 40 140 33 Dimensions with respect to I-beam F G S T U R F G S T U R F G S T U R F G S T U R 250×125×7.5 34 118 76 29 28(24) (24) 118 76 37 143 58 37 143 58 150×75×5.5 337 247 26 120 (18) 133 300×150×11.5 19(14) 128 101 27 153 83 27 153 83 200×100×7 27 32 350 260 51 121 (17) 134 350 – 51 121 (27)134 366 – 33 150 40 188 450×175×11 250×125×7.5 24 2929 151 108 363 273 76 124 (14) 137 363 – 76 124 (24) 137 379 – 58 153 37 200 379 – 58 153 37 200 Approx. weight ( kg ) 120 130 150 170 265 295 345 375 300×150×11.5 19376 – 101 134 (14) 147 392 – 83 163 27 210 392 – 83 163 27 210 NOTES : 1. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 450×175×11 405 – 108 161 29 208 2. ( ) dimensions represent dimensions of ½HM6 and 1HM6 ( Hoist type ) Approx. weight ( kg ) 145 155 165 185 290 320 370 400 NOTES : 1. ( ) dimensions represent dimensions of ½HM6 and 1HM6 ( Hoist type ) 2. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. Dimensions Dimensions Unit : mm Unit : mm Table of Dimensions ( This table applies to the standard headroom type. For the low headroom type, contact the nearest Hitachi Representative ) Model 1/2C5 1C5 3C5 Table of Dimensions Capacity ( t ) ½ 1 2 3 Model 1P5 3P A 185 240 2505 Capacity ( t ) ½ 1 2 3 B 230 240 250 A 476 500 D 178 178 198 F 120 140 E 149 149 198Approx. 85 85 125 Approx. G 63 75 dimensions F dimensions H 730 775 985 1,115 ( mm ) G 110 120 140 ( mm ) J 223 257 J 235 245 305 M 200 200 W/W’ 189/240 189/350 231/350 p 85 110 p 85 85 110 Min. curve radius ( m ) 4.0 4.0 H(Standard) 715 775 985 1,115 Dimensions with respect to I-beam D E K U R S D E K U R S D E K U R S D E K U R S Min. curve radius ( m ) 1.3 4.0 4.0 (150×75×5.5) 178 149 79 38 115 26 Dimensions with respect to I-beam K M R S T U K M R S T U K M R S T U K M R S T U(28) 200×100×7 178 149 92 37 116 51 178 149 92 32 116 51 198 198 93 40 140 33 150×75×5.5 247 337 133 26 120 28 (27) (27) (18) 250×125×7.5 178 149 105 34 118 76 178 149 105 29 118 76 198 198 106 37 143 58 198 198 106 37 143 58 200×100×7 260 350 134 51 121 27 (17) 92 350 134 32 51 121 (27) 93 366 188 33 150 40 (24) (24) 300×150×11.5 178 149 118 19 128 101 198 198 119 27 153 83 198 198 119 27 153 83 250×125×7.5 273 363 137 76 124 24 (14) 105 363 137 29 76 124 (24) 106 379 200 58 153 37 106 379 200 58 153 37 (14) 450×175×11 198 198 132 29 151 108 300×150×11.5 118 376 147 19 101 134 (14) 119 392 210 83 163 27 119 392 210 83 163 27 Approx. weight ( kg ) 25 50 450×175×11 132 405 208 108 161 29 Applicable hoist type ½(H)M 1(H)M 2(H)M 3(H)M Approx. weight ( kg ) 50 406 6 7 6 74 Applicable hoist type ½(H)M6 1(H)M6 2(H)M7 3(H)M6 NOTES : 1. Weight indicates empty weight of trolley. 4. ( ) dimensions represent dimensions of ½HM6 and 1HM6 ( Hoist type ) 2. This trolley is only for standard headroom type hoist. 5. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. NOTES : 1. Weight indicates empty weight of the trolley. 3. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 3. I-beam ( 150×75×5.5 ) is only for ½-ton hoist. 2. Dimensions W represent the drive side while W’ equals driven side. 4. ( ) dimensions represent dimensions of 1/2HM6 and 1HM6 ( Hoist type ) 18 19 Outline A-series V-series Others
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V-series Hoist with Push-Driven Trolley Hoist with Chain-Driven Trolley Dimensions Table of Dimensions Dimensions Table of Dimensions Model ½M-P65 ½HM-P65 1M-P65 1HM-P65 2M-P75 2HM-P75 3M-P65 3HM-P65 Model ½M-C65 ½HM-C65 1M-C65 1HM-C65 2M-C75 2HM-C75 3M-C65 3HM-C65 Unit : mm Hoist type ½M6 ½HM6 1M6 1HM6 2M7 2HM7 3M 3HM Unit : mm6 6 Hoist type ½M6 ½HM6 1M6 1HM6 2M7 2HM7 3M6 3HM6 Trolley type 1P5 1P5 1P5 1P5 3P5 3P5 3P5 3P5 Trolley type ½C5 1C5 3C5 3C5 Capacity ( t ) ½ 1 2 3 Capacity ( t ) ½ 1 2 3 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 L 6,000 12,000 6,000 12,000 6,000 12,000 6,000 12,000 H 730 775 985 1,115 H 715 775 985 1,115 A 485 655 545 715 595 630 645 690 A 485 655 545 715 595 630 645 690 B 355 380 350 385 435 615 475 660 B 355 380 350 385 435 615 475 660 Approx. M 335 345 415 460 M 335 345 415 460 dimensions ( mm ) E 190 255 220 245 Approx. E 190 255 220 245 dimensions K 20 100 20 90 30 110 35 120 W 189/240 189/350 231/350 231/350 ( mm ) J 80 105 85 115 75 100 80 110 K 20 100 20 90 30 110 35 120 d 40 45 56 71 J 80 105 85 115 75 100 80 110 a 21 23 36 42 d 40 45 56 71 Min. curve radius ( m ) 4.0 4.0 4.0 4.0 a 21 23 36 42 Dimensions with respect to I-beam U R S U R S U R S U R S N 6,300 12,800 6,300 12,800 6,200 12,700 6,200 12,700 150×75×5.5 38(28) 115 26 Min. curve radius ( m ) 1.3 4.0 4.0 4.0 200×100×7 37 32(27) 116 51 (27) 116 51 40 140 33 Dimensions with respect to I-beam F G S T U R F G S T U R F G S T U R F G S T U R 250×125×7.5 34 118 76 29 28(24) (24) 118 76 37 143 58 37 143 58 150×75×5.5 337 247 26 120 (18) 133 300×150×11.5 19(14) 128 101 27 153 83 27 153 83 200×100×7 27 32 350 260 51 121 (17) 134 350 – 51 121 (27)134 366 – 33 150 40 188 450×175×11 250×125×7.5 24 2929 151 108 363 273 76 124 (14) 137 363 – 76 124 (24) 137 379 – 58 153 37 200 379 – 58 153 37 200 Approx. weight ( kg ) 120 130 150 170 265 295 345 375 300×150×11.5 19376 – 101 134 (14) 147 392 – 83 163 27 210 392 – 83 163 27 210 NOTES : 1. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 450×175×11 405 – 108 161 29 208 2. ( ) dimensions represent dimensions of ½HM6 and 1HM6 ( Hoist type ) Approx. weight ( kg ) 145 155 165 185 290 320 370 400 NOTES : 1. ( ) dimensions represent dimensions of ½HM6 and 1HM6 ( Hoist type ) 2. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. Dimensions Dimensions Unit : mm Unit : mm Table of Dimensions ( This table applies to the standard headroom type. For the low headroom type, contact the nearest Hitachi Representative ) Model 1/2C5 1C5 3C5 Table of Dimensions Capacity ( t ) ½ 1 2 3 Model 1P5 3P A 185 240 2505 Capacity ( t ) ½ 1 2 3 B 230 240 250 A 476 500 D 178 178 198 F 120 140 E 149 149 198Approx. 85 85 125 Approx. G 63 75 dimensions F dimensions H 730 775 985 1,115 ( mm ) G 110 120 140 ( mm ) J 223 257 J 235 245 305 M 200 200 W/W’ 189/240 189/350 231/350 p 85 110 p 85 85 110 Min. curve radius ( m ) 4.0 4.0 H(Standard) 715 775 985 1,115 Dimensions with respect to I-beam D E K U R S D E K U R S D E K U R S D E K U R S Min. curve radius ( m ) 1.3 4.0 4.0 (150×75×5.5) 178 149 79 38 115 26 Dimensions with respect to I-beam K M R S T U K M R S T U K M R S T U K M R S T U(28) 200×100×7 178 149 92 37 116 51 178 149 92 32 116 51 198 198 93 40 140 33 150×75×5.5 247 337 133 26 120 28 (27) (27) (18) 250×125×7.5 178 149 105 34 118 76 178 149 105 29 118 76 198 198 106 37 143 58 198 198 106 37 143 58 200×100×7 260 350 134 51 121 27 (17) 92 350 134 32 51 121 (27) 93 366 188 33 150 40 (24) (24) 300×150×11.5 178 149 118 19 128 101 198 198 119 27 153 83 198 198 119 27 153 83 250×125×7.5 273 363 137 76 124 24 (14) 105 363 137 29 76 124 (24) 106 379 200 58 153 37 106 379 200 58 153 37 (14) 450×175×11 198 198 132 29 151 108 300×150×11.5 118 376 147 19 101 134 (14) 119 392 210 83 163 27 119 392 210 83 163 27 Approx. weight ( kg ) 25 50 450×175×11 132 405 208 108 161 29 Applicable hoist type ½(H)M 1(H)M 2(H)M 3(H)M Approx. weight ( kg ) 50 406 6 7 6 74 Applicable hoist type ½(H)M6 1(H)M6 2(H)M7 3(H)M6 NOTES : 1. Weight indicates empty weight of trolley. 4. ( ) dimensions represent dimensions of ½HM6 and 1HM6 ( Hoist type ) 2. This trolley is only for standard headroom type hoist. 5. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. NOTES : 1. Weight indicates empty weight of the trolley. 3. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 3. I-beam ( 150×75×5.5 ) is only for ½-ton hoist. 2. Dimensions W represent the drive side while W’ equals driven side. 4. ( ) dimensions represent dimensions of 1/2HM6 and 1HM6 ( Hoist type ) 18 19 Outline A-series V-series Others
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V-series Low Headroom Type Hoist 1/2L-T55 1L-T55 Being designed to enable to lift the load block up to the I-beam bottom, this hoist is suitable for handling bulky Unit : mm Unit : mm cargo under low-ceiling building. Specifications Capacity ( t ) 1/2 1 2 3 5 Hoisting lift (m) 6 6 and 12 6 Speed 50Hz 11 11 8.4 7.5 6.7 (m/min) 60Hz 13 13 10 9 8 Hoisting 50Hz 1.0 1.9 2.9 4.2 5.9 (kW) Motor 60Hz 1.2 2.3 3.5 5 7 No. of poles 4 Speed 50Hz 21 (m/min) 60Hz 25 Traversing 50Hz 0.30 0.45 0.63 (kW) Motor 60Hz 0.36 0.55 0.75 1HL-T55, 2L-T55, 3L-T55 2HL-T55, 3HL-T55, 5L-T55 No. of poles 4 No. of falls 4 Wire rope Composition 6×W (19)-B 6×Fi (29)-B Unit : mm Unit : mm Diam. (mm) 4 6.3 8 10 12.5 Rating 40% ED 400 Starts/h Operating method Push-button operation ↑ ↓ ← → →→ Electric source (3 phase) 200V 50/60Hz,220V 60Hz,380-400V 50Hz,415V 50Hz,440-460V 60Hz Control voltage 200V 50/60Hz NOTE : 1.The suspension-type hoist and the hoist with chain-driven trolley will be produced on demand. Table of Dimensions Model 1/2L-T55 1L-T55 1HL-T55 2L-T55 2HL-T55 3L-T55 3HL-T55 5L-T55 Hoist type 1/2L5 1L5 1HL5 2L5 2HL5 3L5 3HL5 5L5 Trolley type 1/2T5 1T5 1T5 2T5 2T5 3T5 3HLT5 5T5 Capacity ( t ) 1/2 1 2 3 5 L 6,000 6,000 12,000 6,000 12,000 6,000 12,000 6,000 H 400 425 450 515 520 600 650 810 A 550 665 675 705 785 785 830 845 B 430 475 560 540 635 600 700 690 Approx. W 200/290 200/290 200/290 230/310 230/410 250/330 dimensions E 410 295 325 365 380 400 480 610 F 340 360 465 480 565 575 660 680 ( mm ) d 40 45 56 71 90 J 26 28 35 42 43 46 50 35 Y 555 555 630 630 620 620 700 p 96 96 96 128 156/140(DRIVE SIDE/DRIVEN SIDE) a 21 23 36 42 58 ℓ 40 54 108 85 104 100 99 89 Min. curve Radius ( m ) 1.3(5.0) 1.5 1.8 2.0 3.5 3.0 Dimensions with respect to I-beam ( mm ) S T U C G S T U C G S T U C G S T U C G S T U C G (150×75×5.5) 17 147 53 85 361 200×100×7 42 148 52 135 374 42 148 52 135 374 42 148 32 135 378 250×125×7.5 67 151 49 185 387 67 151 49 185 387 67 151 29 185 391 52 177 28 180 417 300×150×11.5 92 160 40 225 400 92 160 20 225 404 77 187 18 220 430 77 225 23 215 450 450×175×11 102 185 20 370 443 102 223 25 365 463 Approx. weight ( kg ) 155 205 285 310 400 435 605 750 NOTES : 1. Dimensions W represent dimensions of drive side/driven side. 2. 1/2 ton-When an I-beam ( 150×75×5.5 ) is used, the minimum curve radius is 5m. 3. 1/2 ton-When an I-beam ( 150×75×5.5 ) is used, 50mm-thick shims are necessary between the building and the I-beam. 4. Unless otherwise specified trolley is being assembled so as to meet smudged I-beam size. 20 21 Outline A-series V-series Others