Bosch Rexroth Industrial Automation Spare Parts

ST 5/H-FR conveyor unit - The conveyor unit is a ready-for-operation module, which is particularly suitable for transporting workpieces without workpiece pallets - Note: Depending on the roller spacing, the use of ST 5/...-FR conveyor units with workpiece pallets is limited. Other roller spacings available on request - Reversible operation possible - Accumulation operation possible - Support profile made of anodized aluminum - Permissible section load: ST 5/XH-FR: 380 kg/m and ST 5/H-FR: 200 kg/m - Lateral guide profile made of steel, polymer, or aluminum in an anodized aluminum support - Driven via king shaft with bevel wheels made of polymer or sintered metal - Suitable for clean room of ISO class 7 - Suitable for dry room <1% RH

ST 5/H conveyor unit - The conveyor unit is a ready-for-operation module used to transport workpiece pallets - Reversible operation possible - Accumulation operation possible - Support profile made of anodized aluminum - Permissible section load for ST 5/XH: 380 kg/mST 5/H: 200 kg/m - Lateral guide profile made of steel, polymer, or aluminum in an anodized aluminum support - Driven via king shaft with bevel wheels made of polymer or sintered metal - Suitable for clean room of ISO class 7 - Suitable for dry room <1% RH - Notice: Other roller spacings available on request.

ST 5/XH-FR conveyor unit - The conveyor unit is a ready-for-operation module, which is particularly suitable for transporting workpieces without workpiece pallets - Note: Depending on the roller spacing, the use of ST 5/...-FR conveyor units with workpiece pallets is limited. Other roller spacings available on request - Reversible operation possible - Accumulation operation possible - Support profile made of anodized aluminum - Permissible section load: ST 5/XH-FR: 380 kg/m and ST 5/H-FR: 200 kg/m - Lateral guide profile made of steel, polymer, or aluminum in an anodized aluminum support - Driven via king shaft with bevel wheels made of polymer or sintered metal - Suitable for clean room of ISO class 7 - Suitable for dry room <1% RH

CU 5/H curve - The curve is a ready-for-operation module for branching transport of workpiece pallets. Curves can be driven either on the inside or on the outside. - Note: The curve is not suitable for accumulation operation. For permissible loads, see table (under order details). - Reversible operation possible - Accumulation operation not permitted - Support profile made of anodized aluminum - Lateral guide profile made of steel, polymer, or aluminum in an anodized aluminum support - Driven via king shaft with bevel gears made of sintered metal - Drive possible with AB 5 - Roller spacing p = 130 - Full rollers - mG Up to 300 kg (at v = 9 m/min)

Belt section CSS/B-2 - Minor corrections of the end position of the solar modules on the belt section possible - Most cost-effective solution - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Not intended for accumulation operation - Belt section consisting of two to five tracks for secure support of the glass modules across the entire width. Distance between the tracks can be determined individually (b1 to b4) - Permissible load:‒ Per track: max. 0.15 kg/cm support surface length and max. 60 kg‒ Per belt section: max. 120 kg - Suitable for reversible operation (up to 3000 mm) - Conveyor medium: Special textile toothed belt. Due to the low friction coefficient in relation to the workpiece, particularly well suited for lateral positioning procedures - Simple exchange of the toothed belts by dismantling from above without realignment - Gear motors are suitable for operation with frequency converter - Motor mounting on right (MA = R) or left (MA = L) possible on each track of the belt section (MS = 1 ... 5; MS = 1 denotes the left track in the direction of transport). When mounting the motor between the tracks, observe a minimum distance of 165 mm (b1 to b4) - Motor mounting outside: suspended or lying down;Motor mounting between the tracks: suspended - Motor connection optionally with cable/plug (AT = S) or terminal box (AT = K) - Version with lateral guide (FP = 1) preferably for fully framed glass modules; version without lateral guide (FP = 0) preferably for unprocessed glass modules with rough edges - Suitable for use in cleanroom environments up to cleanroom class 6 in accordance with ISO 14644-1

JU 5/XH junction - The junction is a module for branching transport of workpiece pallets - The king shaft installation for the main or secondary section can be installed on either side - The junction is a passive element without any control. The workpiece pallet moves the diverter arm into position - Note: The junction is not suitable for accumulation operation. For permissible loads, see table (under order details). - Reversible operation not permitted - Accumulation operation not permitted - Support profile made of anodized aluminum - Lateral guide profile made of steel, polymer, or aluminum in an anodized aluminum support - Driven via king shaft with bevel gears made of sintered metal - Roller spacing p = 130 - Full rollers - mG Up to 300 kg (at v = 9 m/min)

DI 5/XH diverter - The diverter is a ready-for-operation module for branching transport of workpiece pallets - The king shaft installation for the main or secondary section can be installed on either side - The diverter is controlled as an active element via a pneumatic cylinder (p = 5 - 6 bar) - Note: The diverter is not suitable for accumulation operation. For permissible loads, see table (under order details). - Reversible operation possible - Accumulation operation not permitted - Support profile made of anodized aluminum - Lateral guide profile made of steel, polymer, or aluminum in an anodized aluminum support - Driven via king shaft with bevel gears made of sintered metal - Roller spacing p = 130 - Full rollers - mG Up to 300 kg (at v = 9 m/min) - Pneumatic push-in fitting: 6 mm

JU 5/H junction - The junction is a module for branching transport of workpiece pallets - The king shaft installation for the main or secondary section can be installed on either side - The junction is a passive element without any control. The workpiece pallet moves the diverter arm into position - Note: The junction is not suitable for accumulation operation. For permissible loads, see table (under order details). - Reversible operation not permitted - Accumulation operation not permitted - Support profile made of anodized aluminum - Lateral guide profile made of steel, polymer, or aluminum in an anodized aluminum support - Driven via king shaft with bevel gears made of sintered metal - Roller spacing p = 130 - Full rollers - mG Up to 300 kg (at v = 9 m/min)

Belt section CSS/B-5 - Minor corrections of the end position of the solar modules on the belt section possible - Most cost-effective solution - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Not intended for accumulation operation - Belt section consisting of two to five tracks for secure support of the glass modules across the entire width. Distance between the tracks can be determined individually (b1 to b4) - Permissible load:‒ Per track: max. 0.15 kg/cm support surface length and max. 60 kg‒ Per belt section: max. 120 kg - Suitable for reversible operation (up to 3000 mm) - Conveyor medium: Special textile toothed belt. Due to the low friction coefficient in relation to the workpiece, particularly well suited for lateral positioning procedures - Simple exchange of the toothed belts by dismantling from above without realignment - Gear motors are suitable for operation with frequency converter - Motor mounting on right (MA = R) or left (MA = L) possible on each track of the belt section (MS = 1 ... 5; MS = 1 denotes the left track in the direction of transport). When mounting the motor between the tracks, observe a minimum distance of 165 mm (b1 to b4) - Motor mounting outside: suspended or lying down;Motor mounting between the tracks: suspended - Motor connection optionally with cable/plug (AT = S) or terminal box (AT = K) - Version with lateral guide (FP = 1) preferably for fully framed glass modules; version without lateral guide (FP = 0) preferably for unprocessed glass modules with rough edges - Suitable for use in cleanroom environments up to cleanroom class 6 in accordance with ISO 14644-1

Belt section CSS/B-4 - Minor corrections of the end position of the solar modules on the belt section possible - Most cost-effective solution - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Not intended for accumulation operation - Belt section consisting of two to five tracks for secure support of the glass modules across the entire width. Distance between the tracks can be determined individually (b1 to b4) - Permissible load:‒ Per track: max. 0.15 kg/cm support surface length and max. 60 kg‒ Per belt section: max. 120 kg - Suitable for reversible operation (up to 3000 mm) - Conveyor medium: Special textile toothed belt. Due to the low friction coefficient in relation to the workpiece, particularly well suited for lateral positioning procedures - Simple exchange of the toothed belts by dismantling from above without realignment - Gear motors are suitable for operation with frequency converter - Motor mounting on right (MA = R) or left (MA = L) possible on each track of the belt section (MS = 1 ... 5; MS = 1 denotes the left track in the direction of transport). When mounting the motor between the tracks, observe a minimum distance of 165 mm (b1 to b4) - Motor mounting outside: suspended or lying down;Motor mounting between the tracks: suspended - Motor connection optionally with cable/plug (AT = S) or terminal box (AT = K) - Version with lateral guide (FP = 1) preferably for fully framed glass modules; version without lateral guide (FP = 0) preferably for unprocessed glass modules with rough edges - Suitable for use in cleanroom environments up to cleanroom class 6 in accordance with ISO 14644-1

Belt section CSS/B-3 - Minor corrections of the end position of the solar modules on the belt section possible - Most cost-effective solution - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Not intended for accumulation operation - Belt section consisting of two to five tracks for secure support of the glass modules across the entire width. Distance between the tracks can be determined individually (b1 to b4) - Permissible load:‒ Per track: max. 0.15 kg/cm support surface length and max. 60 kg‒ Per belt section: max. 120 kg - Suitable for reversible operation (up to 3000 mm) - Conveyor medium: Special textile toothed belt. Due to the low friction coefficient in relation to the workpiece, particularly well suited for lateral positioning procedures - Simple exchange of the toothed belts by dismantling from above without realignment - Gear motors are suitable for operation with frequency converter - Motor mounting on right (MA = R) or left (MA = L) possible on each track of the belt section (MS = 1 ... 5; MS = 1 denotes the left track in the direction of transport). When mounting the motor between the tracks, observe a minimum distance of 165 mm (b1 to b4) - Motor mounting outside: suspended or lying down;Motor mounting between the tracks: suspended - Motor connection optionally with cable/plug (AT = S) or terminal box (AT = K) - Version with lateral guide (FP = 1) preferably for fully framed glass modules; version without lateral guide (FP = 0) preferably for unprocessed glass modules with rough edges - Suitable for use in cleanroom environments up to cleanroom class 6 in accordance with ISO 14644-1

Belt section CSS/BM-2 - Minor corrections of the end position of the solar modules on the belt section possible - Mounting position of the motor central - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Use for installation situations in which there is no space for the motor at the ends of the belt section - Not intended for accumulation operation - The position of the motor can be freely selected in the longitudinal direction (l1) - Version otherwise the same as CSS/B

Carrying plates, variable 19.05 455/455 - For combination with a base pallet to form a WT 5 workpiece pallet - For finishing fixtures by the user - Variable sizes in 2 thicknesses - Carrying plate, ready to assemble with mounting holes

Carrying plates, variable 12.7 455/455 - For combination with a base pallet to form a WT 5 workpiece pallet - For finishing fixtures by the user - Variable sizes in 2 thicknesses - Carrying plate, ready to assemble with mounting holes

Belt section CSS/BM-3 - Minor corrections of the end position of the solar modules on the belt section possible - Mounting position of the motor central - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Use for installation situations in which there is no space for the motor at the ends of the belt section - Not intended for accumulation operation - The position of the motor can be freely selected in the longitudinal direction (l1) - Version otherwise the same as CSS/B

Belt section CSS/BM-4 - Minor corrections of the end position of the solar modules on the belt section possible - Mounting position of the motor central - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Use for installation situations in which there is no space for the motor at the ends of the belt section - Not intended for accumulation operation - The position of the motor can be freely selected in the longitudinal direction (l1) - Version otherwise the same as CSS/B

Carrying plates, variable 19.05 650/650 - For combination with a base pallet to form a WT 5 workpiece pallet - For finishing fixtures by the user - Variable sizes in 2 thicknesses - Carrying plate, ready to assemble with mounting holes

Carrying plates, variable 12.7 650/650 - For combination with a base pallet to form a WT 5 workpiece pallet - For finishing fixtures by the user - Variable sizes in 2 thicknesses - Carrying plate, ready to assemble with mounting holes

Belt section CSS/BM-5 - Minor corrections of the end position of the solar modules on the belt section possible - Mounting position of the motor central - Longitudinal conveyor for glass modules of various dimensions - Longitudinal conveyor for wafer trays - Use for installation situations in which there is no space for the motor at the ends of the belt section - Not intended for accumulation operation - The position of the motor can be freely selected in the longitudinal direction (l1) - Version otherwise the same as CSS/B