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The TE-type electrohydraulic pushers are intended to apply to spring shoe brakes of material-handling machines (winches, conveyors, cranes) and automatic equipment, to open and close chokes, hatches, gates and other mechanisms that require handling.
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The TE-type electrohydraulic pushers are intended to apply to spring shoe brakes of material-handling machines (winches, conveyors, cranes) and automatic equipment, to open and close chokes, hatches, gates and other mechanisms that require handling.
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The TE-type electrohydraulic pushers are intended to apply to spring shoe brakes of material-handling machines (winches, conveyors, cranes) and automatic equipment, to open and close chokes, hatches, gates and other mechanisms that require handling.
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The TE-type electrohydraulic pushers are intended to apply to spring shoe brakes of material-handling machines (winches, conveyors, cranes) and automatic equipment, to open and close chokes, hatches, gates and other mechanisms that require handling.
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The TE-200, TE-200/100 type general industrial electrohydraulic pushers are intended to apply spring shoe brakes of material-handling machines (frame and bridge cranes, tracklaying machine and railway cranes), belt conveyors, winches and other mechanisms.
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The TE-type electrohydraulic pushers are intended to apply to spring shoe brakes of material-handling machines (winches, conveyors, cranes) and automatic equipment, to open and close chokes, hatches, gates and other mechanisms that require handling.
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The TE-type electrohydraulic pushers are intended to apply to spring shoe brakes of material-handling machines (winches, conveyors, cranes) and automatic equipment, to open and close chokes, hatches, gates and other mechanisms that require handling.
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The TE-type electrohydraulic pushers are intended to apply and release spring shoe brakes of material-handling machines (winches, conveyors, cranes) and automatic equipment, to open and close chokes, hatches, gates and other mechanisms that require handling.
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The TE-150RV electrohydraulic pusher is intended to apply spring shoe brakes of mine belt conveyers, winches and other material-handling machines in gaseous-and-dusty coal mines in accordance with the requirements of ‘Coal mines safety regulations’, technical description and operation manual.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. The brakes are mounted vertically (with horizontal pulley axle) on mechanisms designed for operation in fire risk and explosive conditions.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. The brakes are mounted vertically (with horizontal pulley axle) on mechanisms designed for operation in fire risk and explosive conditions.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. The brakes are mounted vertically (with horizontal pulley axle) on mechanisms designed for operation in fire risk and explosive conditions.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. The brakes are mounted vertically (with horizontal pulley axle) on mechanisms designed for operation in fire risk and explosive conditions.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. The brakes are mounted vertically (with horizontal pulley axle) on mechanisms designed for operation in fire risk and explosive conditions.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. The brakes are mounted vertically (with horizontal pulley axle) on mechanisms designed for operation in fire risk and explosive conditions.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. The brakes are mounted vertically (with horizontal pulley axle) on mechanisms designed for operation in fire risk and explosive conditions.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive.
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Shoe brake ТКG-800
Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive.
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TKG-200RV brake is intended for application in underground mines and premises wherein RV-type electric equipment is allowed to be used.
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TKG-300RV brake is intended for application in underground mines and premises wherein RV-type electric equipment is allowed to be used.
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TKG-400RV brake is intended for application in underground mines and premises wherein RV-type electric equipment is allowed to be used.
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TKG-500RV brake is intended for application in underground mines and premises wherein RV-type electric equipment is allowed to be used.
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Shoe brakes are applied in mining, metallurgy and other branches of industry. They are designed for hold-up and stoppage of shaft mechanisms (mainly of material handling machines) in a braked state with non-operating drive. TKGR-750 brake is intended for application in underground mines and premises wherein RV-type electric equipment is allowed to be used.
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