Rittal SV 9677.920 Connection Block - 1600 A, 690 V
Part Number: 9677920
Manufacturer
Rittal
Part number
9677920
Category
Alt Part Number
SV 9677.920
Quick Summary
The SV 9677.920 connection block from Rittal provides high-current cable-to-busbar connections for power distribution enclosures. Engineers often struggle with achieving reliable, low-resistance terminations in 1,600 A assemblies under harsh industrial conditions. This unit is designed for 690 V operation and features zinc-plated sheet steel and tin-plated copper to meet demanding safety and durability standards, supporting CE compliance in European applications and aligning with ETIM 9 and ECLASS 8.0 data ecosystems. By integrating with standard Rittal busbar systems, it delivers installation consistency, reduced wiring complexity, and predictable lifecycle costs, enabling better uptime and easier maintenance in panel builds.
Product Information
Extended Description
9677920 Rittal: SV Connection block, 1600 A, 690 V, 1-pole, cable outet top/bottom, round conductor connection 240 mm²
Article number
SV 9677.920
Product description
For connecting cables and laminated copper bars.
Material
Sheet steel, zinc-plated | E-Cu, tin-plated
Cable outlet
Top/bottom
Type of electrical connection
Ring terminal M12
Rated current max.
1,600 A
Dimensions
Width: 98 mm
Connection for round conductor
240 mm²
To fit busbars
Height: 10 mm
Packs of
1 pc(s).
Weight/pack
1.66 kg
Copper weight (kg per piece)
1.471
PCF per pack (cradle-to-gate)
6.3 kg CO2 eq (Cat B)
Note on PCF category
Category B: PCF value (cradle-to-gate) based on the product weight, approximately calculated and self-declared
Customs tariff number
85369095
EAN
4028177806351
ETIM 9
EC001900
ECLASS 8.0
27400613
Product description
SV Connection block, 1600 A, 690 V, 1-pole, cable outet top/bottom, round conductor connection 240 mm²
High-current capability enables fewer components and reduced installation time, translating to lower lifecycle costs and improved panel reliability. The 1,600 A rating and 690 V operation support large-scale distribution with minimal voltage drop, improving overall system efficiency. The combination of sheet steel, zinc-plating and tin-plated copper offers robust mechanical strength and corrosion resistance in demanding environments, reducing maintenance needs and extending service life. Top/bottom cable outlets simplify routing in compact enclosures, while a 98 mm width and 10 mm busbar clearance enable clean, repeatable installations. The 240 mm² round conductor connection and M12 ring terminals provide secure, low-resistance terminations, improving thermal performance and fault tolerance. Overall, this block integrates smoothly with laminated copper bars and standard busbar systems for predictable BOM and procurement processes.
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FAQs
Install with top or bottom cable outlets as specified to maintain proper conductor routing and cooling. Ensure an unobstructed path for 98 mm wide blocks and use the 240 mm² round conductor connection for the main feed. The 1-pole design simplifies mounting in standard Rittal enclosures, while M12 ring terminal connections provide secure, low-resistance terminations.
The unit is rated for a maximum current of 1,600 A and a voltage of 690 V, suitable for high-power distribution in industrial environments. It supports round conductors up to 240 mm² and uses M12 ring terminals for reliable, low-resistance terminations. The 98 mm width and a 10 mm busbar height ensure compatibility with common panel layouts.
Yes, the SV 9677.920 is designed to connect cables and laminated copper bars. It accommodates 240 mm² round conductors and uses M12 ring terminals for secure terminations. The 1-pole design, top/bottom outlets, and 98 mm width enable compact integration with standard busbar systems in switchgear and distribution panels.
The SV 9677.920 aligns with industry data models and classifications including ETIM 9 EC001900 and ECLASS 8.0 27400613, with the EAN 4028177806351. These specifications support cross‑system BOMs, procurement workflows, and product information management. Confirm local CE documentation to verify market-specific compliance where required.
The PCF per pack is 6.3 kg CO2 eq (Category B), reflecting cradle-to-gate impact for a 1.66 kg pack. ROI benefits arise from the 1,600 A capacity reducing conductor runs and installation time, alongside lower wiring losses and improved reliability. Copper weight per piece is 1.471 kg, aiding accurate lifecycle cost planning and stock control.