Rittal 9650990 SV Sliding Block - EC002525
Part Number: 9650990
Manufacturer
Rittal
Part number
9650990
Category
Alt Part Number
SV 9650.990
Quick Summary
SV Sliding Block is a copper-alloy connector used to attach flat copper bars to Maxi-PLS busbars. When space is tight and connections must stay secure under vibration, misalignment and loose bolts cost time and money. This sliding block conforms to ETIM EC002525 and ECLASS 27400613 standards, with matching Maxi-PLS 60 compatibility and a precise M12 thread. By delivering reliable, fast assembly and a compact footprint, it supports efficient panel wiring and easier maintenance. Engineers benefit from robust conductivity and straightforward installation, while procurement gains from standardized components that reduce batch Variations and stock complexity.
Product Information
Extended Description
9650990 Rittal: SV Sliding block, M12, L: 35 mm, for Maxi-PLS busbar, (Maxi-PLS 3200)
Article number
SV 9650.990
Product description
For attaching flat copper bars and connection components to Maxi-PLS busbars. For sliding into the busbar section at the side and tightening the threaded bolts.
Material
Sliding block: Copper alloy
Length
35 mm
To fit busbars
Maxi-PLS 60
Dimensions
Thread: M12
Packs of
15 pc(s).
Weight/pack
0.885 kg
Customs tariff number
74198090
EAN
4028177239739
ETIM 9
EC002525
ECLASS 8.0
27400613
Product description
SV Sliding block, M12, L: 35 mm, for Maxi-PLS busbar, (Maxi-PLS 3200)
Feature copper-alloy sliding block offers high conductivity and a durable contact surface → Business impact reduced contact resistance and improved current transfer → Application in Maxi-PLS busbar assemblies for reliable power distribution. Feature 35 mm length with M12 thread enables precise alignment → Business impact secure tightening and resistance to loosening under vibration → Application in dense control panels where space is constrained. Feature Maxi-PLS 60 compatibility ensures seamless integration with existing busbar systems → Business impact lowers need for adapters or custom hardware → Application across standard Rittal installations. Feature Packs of 15 pieces at 0.885 kg per pack streamline stocking → Business impact reduces procurement time and stockouts → Application in maintenance inventories for multi-panel deployments. Feature Sliding-in side mounting simplifies installation → Business impact saves on assembly time and labor costs → Application during initial build and field upgrades. Feature standards alignment ETIM EC002525 and ECLASS 27400613 → Business impact improves data interoperability and ERP/CAD integration → Application in engineering, procurement, and project management workflows.
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FAQs
To install the SV 9650.990, slide the copper-alloy block into the Maxi-PLS busbar side slot, align with the M12 threaded hole, and tighten the bolt securely. Ensure fitment on Maxi-PLS 60 sections and verify straight alignment to avoid uneven contact that could increase resistance or heat.
The product is specified to fit Maxi-PLS 60 busbars, providing standardized mounting for that family. The extended description references Maxi-PLS 3200 as part of the Maxi-PLS family, but the documented compatibility focus is Maxi-PLS 60. For mixed installations, confirm clear interface alignment before mixing variants.
Key specs include a 35 mm length and M12 thread, with the sliding block manufactured from copper alloy for high conductivity and durable contact surfaces. The package contains 15 pieces per pack, with each pack weighing 0.885 kg, enabling straightforward stocking and quick deployment.
The SV 9650.990 adheres to ETIM 9 EC002525 and ECLASS 8.0 27400613 standards, ensuring interoperability with ERP, CAD, and supplier catalogs. The product also carries the EAN 4028177239739 and the article number SV 9650.990 for accurate part identification.
It enables fast, reliable assembly with a secure M12 connection, reduces assembly time, and lowers risk of loose contacts in Maxi-PLS busbar systems. The copper-alloy contact surface supports low resistance, improving overall efficiency and reducing potential downtime in panel wiring and maintenance workflows.