Treston ESD workstation systems

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Concept, TP & TPH Accessories & lighting EN 61340-5-1

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Bench height follows standing elbow height, not a nominal table height. For fine assembly the surface sits some 5 to 10 cm above it.

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Suspension bars

Q: What are the safety ratings and operating conditions for Treston hanging rail systems?

Treston hanging rails operate safely in ambient temperatures from -10°C to +60°C with aluminum profile thermal expansion of 0.024mm per meter per degree Celsius. The systems withstand distributed loads up to 50kg per meter when properly mounted to approved support structures, with individual accessory mounting points rated for 15kg maximum. ESD variants maintain surface resistivity between 10^6-10^9 ohms across the operating temperature range, ensuring consistent electrostatic discharge protection in climate-controlled production environments.

Q: What maintenance schedule and service life can be expected from Treston hanging rails?

Treston hanging rails require quarterly inspection of mounting hardware torque specifications and annual ESD resistance verification using calibrated resistance meters per IEC 61340-4-1 protocols. The aluminum profiles provide 15-year service life under normal industrial conditions with minimal maintenance beyond periodic cleaning with isopropanol solution. Load-bearing connections should be re-torqued to 12Nm every six months, and ESD surface treatment typically maintains specification compliance for 10 years before requiring reconditioning or replacement.

Treston suspension bars connect the louvre tube superstructures of Concept and TPH workbenches with shelves, storage bins, and grip trays. The BP box profiles fit Concept louvre tubes (M500, M750, M900, M1500, M1800) and TPH workbenches (BP120/150/180, ESD and standard versions) and hold ASSA4 steel shelves, storage bins, and grip trays. ESD suspension bars for grip trays (860953-49, 860956-49) are available for M500 (492x54 mm) and M900 (895x54 mm).

Standard suspension bars (859150-49 to 859157-49) come in widths M500 to M1800 (100 mm height) and can be extended with the ESD extension bracket pair for Workshop/TP series. BP box profiles measure up to 1792x55x75 mm (BP1800C).

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Buying guide

How to choose Suspension bars

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

Technical features

⚙ BP box profile for Concept louvre tube - M500/750/900/1500/1800, up to 1792x55x75 mm, for ASSA4/bins/grip trays

✓ BP box profile for TPH (BP120/150/180 ESD) - for TPH workbenches, lengths 1115, 1415, 1715 mm, ESD version

⬡ ESD suspension bars for grip trays - M500 (492x54 mm) and M900 (895x54 mm), articles 860953-49 and 860956-49

↕ Standard suspension bars 100 mm height - widths M500 to M1800, ESD (859150-49 to 859157-49)

✦ Extension bracket pair 860919-49 - 60 mm, ESD, for Workshop/TP series depth extension

Series overview

Series	Dimensions (WxDxH mm)	Bench system	Accepts
BP500C	486x55x75 mm	Concept M500	ASSA4 / grip trays / storage bins
BP750C	736x55x75 mm	Concept M750	ASSA4 / grip trays / storage bins
BP900C	889x55x75 mm	Concept M900	ASSA4 / grip trays / storage bins
BP1500C	1486x55x75 mm	Concept M1500	ASSA4 / grip trays / storage bins
BP1800C	1792x55x75 mm	Concept M1800	ASSA4 / grip trays / storage bins
BP120 ESD / BP150 ESD / BP180 ESD	Lengths 1115 / 1415 / 1715 mm	TPH 1200 / 1500 / 1800 mm	ASSA4 / grip trays / storage bins
859150-49 to 859157-49	M500-M1800, height 100 mm	Concept / TP	Universal, ESD

Typical applications

Typical applications: Assembly workstations with small parts supply in storage bins or grip trays directly in the louvre tube superstructure, ESD production stations with BP box profiles for antistatic grip tray shelving, test and repair workstations with multiple material supply levels, and extension of existing Concept and TPH workbenches with additional shelf tiers without structural changes.

FAQ

Frequently asked questions about Suspension bars

What are Treston hanging rails and what industrial applications do they serve?

Treston hanging rails are modular aluminum mounting profiles designed for vertical organization of tools, bins, and accessories on ESD workstations and assembly benches. These BP-box profiles integrate with Treston's concept grid tube system and TPH overhead structures, enabling engineers to create customized tool storage solutions in electronics manufacturing, precision assembly, and quality control environments. The rails support steel shelving ASSA4, visible storage bins, and grab trays while maintaining ESD compliance for sensitive component handling applications.

What are the key technical selection criteria for Treston hanging rails?

Selection criteria include workstation width compatibility ranging from 500mm to 1800mm, profile depth of 55mm for all BP-C series models, and mounting height of 75mm for concept grid integration. The BP180 ESD model provides 1715mm length for 1800mm wide workstations, while the BP500C measures 486x55x75mm for rotating tool holder applications. ESD variants feature surface resistivity compliance for electronics assembly, and profile cross-section determines load capacity for mounted accessories and storage components.

What standards and certifications apply to Treston hanging rail systems?

Treston hanging rails comply with ISO 14001 environmental management standards and meet European EN 61340-5-1 requirements for ESD protective equipment in electronics manufacturing environments. The ESD variants maintain surface resistance values within the required 10^6 to 10^9 ohm range per IEC 61340-4-1 testing protocols. All aluminum profiles conform to EN AW-6060 T66 material specifications for structural integrity and corrosion resistance in industrial workshop conditions.

What are the main differences between Treston BP and M-series hanging rail variants?

BP-series rails feature box profile construction with 55x75mm cross-section for concept grid tube mounting, while M-series rails like the 859155-49 provide direct wall mounting with 870x265mm dimensions for M1800 systems. ESD variants include conductive surface treatment for electronics applications, whereas standard models use natural aluminum finish for general workshop use. The BP-C series specifically accommodates concept raster tubes, while TPH-compatible models like BP180 integrate with overhead lighting and pneumatic systems.

What are the installation requirements and system compatibility for Treston hanging rails?

Treston hanging rails require mounting to concept grid tubes with 28mm diameter or TPH overhead structures using specific bracket assemblies and M6 fasteners. The BP-C series integrates directly with concept raster tube systems, while standard BP models connect to TPH framework using supplied mounting hardware. Installation demands 50mm clearance above the rail for accessory mounting, and electrical continuity bonding is required for ESD variants to maintain <10^9 ohm resistance to ground through the workstation structure.

What are the safety ratings and operating conditions for Treston hanging rail systems?

Treston hanging rails operate safely in ambient temperatures from -10°C to +60°C with aluminum profile thermal expansion of 0.024mm per meter per degree Celsius. The systems withstand distributed loads up to 50kg per meter when properly mounted to approved support structures, with individual accessory mounting points rated for 15kg maximum. ESD variants maintain surface resistivity between 10^6-10^9 ohms across the operating temperature range, ensuring consistent electrostatic discharge protection in climate-controlled production environments.

What maintenance schedule and service life can be expected from Treston hanging rails?

Treston hanging rails require quarterly inspection of mounting hardware torque specifications and annual ESD resistance verification using calibrated resistance meters per IEC 61340-4-1 protocols. The aluminum profiles provide 15-year service life under normal industrial conditions with minimal maintenance beyond periodic cleaning with isopropanol solution. Load-bearing connections should be re-torqued to 12Nm every six months, and ESD surface treatment typically maintains specification compliance for 10 years before requiring reconditioning or replacement.