Abbreviations: α
= Fixed point angle
β
= Travel length
B E = Width of cable carrier b KA = Channel width in the narrow section B KA = Channel width H E = Height of cable carrier H KA = Height of guide channel KR = Bend radius RKR = Reverse bend radius r KA = Internal channel radius R KA = External channel radius F = Fixed point M 1 = Driver – End position 1 M 2 = Driver – End position 2 Single-Chain Arrangement with circular guide channel Side Mounted Circular carrier systems are typically used to manage cables and hoses in applications requiring circular or rotary motion. A single chain arrangement would typically be used in applications where space occupied by the system is not at a premium.
CIRCULAR SYSTEMS
Single-Chain Arrangement with circular guide channel Side Mounted
Single-Chain Arrangement
Oppo Side with D
Single-Chain Arrangement with circular guide channel Side Mounted
β α
β α
Channel Cross Sectional View Circular Guide Channel
Abbreviations: α
β α
= Fixed point angle
β
= Travel length
A-A
B E B KA
B E = Width of cable carrier b KA = Channel width in the narrow section B KA = Channel width H E = Height of cable carrier H KA = Height of guide channel KR = Bend radius RKR = Reverse bend radius r KA = Internal channel radius R KA = External channel radius F = Fixed point M 1 = Driver – End position 1 M 2 = Driver – End position 2
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distance rollers
distanc rollers
Opposed Circular Arrangement Side Mounted Dual-Chain with Distance-Sleigh / Guide Carriage
Opposed Circular Arrangement Side Mounted Dual-Chain with Distance-Sleigh / Guide Carriage Due to the numerous design options available for circular and rotary motion applications, please contact us for assistance. We can supply a complete solution: ready to assemble, installation included if required.
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Guide Carria Distance Sle
distance rollers
Guide Carriage Distance Sleigh
Dual-Chain Opposed Arrangement
Opposed Circular Arrangement Side Mounted Dual-Chain with Distance-Sleigh / Guide Carriage
M2
α A dual-chain opposed arrangement can be used to effectively double the capacity of cables and hoses that can be managed without having to double the space occupied by the system. A dual-chain arrangement would typically be used in applications with a large or complex cable and hose package. β M1 Also when space is at a premium, a dual chain configuration can be used to effectively reduce the space needed distance rollers by a similar single-chain system to accommodate the same amount of cables or hoses.
Guide Carriage Distance Sleigh
M2
α
Channel Cross Sectional View Circular Guide Channel
M1
A-A
B E B KA
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M2
distance rollers
A-A
α
β
M1
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distance rollers
A-A
β
distance rollers
distance rollers
Specifications are subject to change without notice. KSA-0810-GC
2.26
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