Strut profiles

Radial compensation Bosch Rexroth

The Bosch Rexroth radial compensation element slot 45 grey (art. 3842551030) is a connection part for curved transitions in the aluminium profile system. It allows strut profiles with slot 45 to be arranged in arcs without custom cuts or manual angle adjustments. The component bridges angular offsets and is inserted directly into the profile slot.

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Radial Compensation 45 for Profile Slot 10, Signal Gray (RAL 7004) - Bosch Rexroth 3842551030
€3.13

Buying guide

How to choose Radial compensation Bosch Rexroth

What matters when choosing: properties, comparison and typical applications.

Technical features

⚙ Fits slot 45 - direct installation into the profile groove, no special tooling required

✦ Colour: grey - standard colour matching Bosch Rexroth profile systems

⬡ Angular compensation - enables curved guide lines without cutting strut profiles

✓ System compatibility - part of the Bosch Rexroth profile kit, combinable with slot-45 standard elements

Product details

Feature	Value
Order number	3842551030
Description	Radial compensation, 45, grey
Slot size	Slot 45
Colour	Grey
Application	Curved transitions in profile structures

Typical applications

Typical applications: Curved guides in roller conveyor and transfer systems built from Bosch Rexroth profiles, angular compensation at assembly stations with non-rectangular floor plans, and curved sections in protective enclosures and barrier systems made of aluminium profiles.

FAQ

Frequently asked questions about Radial compensation Bosch Rexroth

What is radial compensation in Bosch Rexroth strut profiles and which industries use these components?

Radial compensation elements for Bosch Rexroth strut profiles are precision-engineered components that correct angular misalignments and accommodate dimensional tolerances in mechanical assemblies. These components enable smooth radius transitions between connecting strut profiles while maintaining structural integrity and load-bearing capacity. Primary applications include automotive assembly lines, electronics manufacturing workstations, packaging machinery, and precision instrument testing rigs where exact positioning tolerances are critical. The aerospace and medical device manufacturing sectors extensively utilize these components for their ability to compensate for thermal expansion and manufacturing variances.

What are the key technical selection criteria for Bosch Rexroth radial compensation elements?

Selection of radial compensation elements depends on strut profile cross-section dimensions, with the 45x45 variant being designed for corresponding 45mm x 45mm Bosch Rexroth profiles. Critical parameters include maximum angular deviation compensation typically up to 15 degrees, load capacity ratings from 500N to 2000N depending on profile size, and material grade specifications using anodized aluminum construction. Temperature stability ranges from -20°C to +80°C for standard applications, while connection geometry must match the specific groove pattern of the target strut profile system. Corrosion resistance classification and surface finish requirements also influence selection based on environmental exposure conditions.

Which international standards apply to Bosch Rexroth radial compensation components?

Bosch Rexroth radial compensation elements conform to ISO 9001 quality management standards and DIN 4102 fire behavior classifications for industrial workplace applications. Material specifications follow EN 755 aluminum alloy standards with surface treatment meeting DIN 17611 anodizing requirements. Mechanical load testing adheres to ISO 898 fastener property standards while dimensional tolerances comply with ISO 2768 general tolerance specifications. For ESD workplace integration, components meet IEC 61340-5-1 electrostatic discharge protection standards with appropriate grounding provisions through the aluminum construction material.

What are the differences between available Bosch Rexroth radial compensation variants?

The primary differentiation in Bosch Rexroth radial compensation elements centers on profile cross-section compatibility, with the 45x45 variant specifically engineered for 45mm x 45mm strut profiles. Variations include different angular compensation ranges, load-bearing capacities, and connection mechanisms optimized for specific profile groove configurations. Material specifications may vary between standard anodized aluminum for general applications and specialized coatings for harsh environmental conditions. Some variants incorporate integrated fastening hardware while others require separate mounting components, affecting both installation complexity and overall system cost.

What are the installation requirements and system compatibility for radial compensation elements?

Installation of radial compensation elements requires proper alignment with Bosch Rexroth strut profile groove systems using standard T-slot nuts and socket head cap screws with torque specifications of 8-12 Nm for 45x45 profiles. System compatibility extends across the complete Bosch Rexroth modular construction framework including compatible connection plates, angle brackets, and end caps. Pre-installation considerations include ensuring adequate clearance for angular movement, proper grounding continuity for ESD applications, and verification of load paths through the compensation joint. Temperature cycling tests should be performed during commissioning to validate thermal expansion accommodation.

What safety ratings and operating parameters apply to these radial compensation components?

Bosch Rexroth radial compensation elements operate safely within temperature ranges of -20°C to +80°C with mechanical load ratings up to 2000N depending on profile size and configuration. IP protection classification reaches IP54 for standard industrial environments with proper sealing gaskets installed at connection interfaces. Safety factor calculations incorporate dynamic loading with minimum 4:1 ratio for critical applications, while static load capacity exceeds 3000N for the 45x45 profile variant. Electrical conductivity through aluminum construction provides inherent ESD protection meeting IEC 61340-5-1 requirements with resistance measurements below 10^6 ohms to ground.

What maintenance schedules and service life expectations apply to radial compensation elements?

Radial compensation elements require visual inspection every 6 months for signs of wear, corrosion, or mechanical damage with particular attention to connection point integrity and angular movement freedom. Service life typically exceeds 10 years under normal industrial conditions with proper installation and environmental protection, while fastener torque verification should occur annually using calibrated tools to maintain 8-12 Nm specifications. Lubrication of moving surfaces with lithium-based grease every 12 months extends operational life and maintains smooth angular adjustment capability. Replacement indicators include visible aluminum wear, connection looseness that cannot be corrected through proper torquing, or angular compensation range reduction beyond specified tolerances.