Rittal SV 9342.310 Connection Adaptor - 800A, 690V UL 65kA

Part Number: 9342310
Manufacturer
Rittal
Part number
9342310
Alt Part Number
SV 9342.310

Quick Summary

The Rittal SV 9342.310 Connection Adaptor is a high-current, three-pole connector designed for 60 mm centre-to-centre busbar spacing in control cabinets. Engineers often struggle with secure, UL-compliant connections that fit tight panel layouts without compromising electrical performance. This product carries UL SCCR ratings up to 65 kA at 480 V and UL 94‑V0 fire protection, underscoring safety and reliability. This adaptor integrates seamlessly with existing busbar and enclosure platforms, delivering installation efficiency, reduced assembly steps, and predictable maintenance costs. It also supports a wide conductor range and both DC and AC distribution, aligning with modern energy management and equipment lifecycle goals.

Product Information

Extended Description

9342310 Rittal: SV Connection adaptor, 800 A, 690 V, 3-pole, cable outet top/bottom, round conductor connection 95-300 mm², clamping area WH: 33x21/26 mm
Article number
SV 9342.310
Material
Cover: ABS | Punched section: Polyamide | Fire protection corresponding to UL 94-V0
Colour
RAL 7035
Rated current max.
800 A
Rated operating voltage
690 V, 3~
Electrical ratings UL (SCCR)
65 kA - 480 V, circuit breaker max. 600 A, DIVQ/7
Cable outlet
Top/bottom
For bar systems with centre-to-centre spacing
60 mm
Note
The technical data may vary for UL applications
Number of poles
3-pole
Dimensions
Width: 150 mm | Height: 210 mm
Connection of round conductors, fine wire with wire end ferrule
95 ‐ 185 mm²
Connection of round conductors, multi-wire
95 ‐ 300 mm²
To fit busbars
Height: 5, 10 mm
Clamping area for laminated copper bars with 5 mm bar thickness (W x H)
33 x 26 mm
Clamping area for laminated copper bars with 10 mm bar thickness (W x H)
33 x 21 mm
Rated operating voltage (L1 + L2)
1000 V (DC)
Rated operating voltage (L1 + L3)
1500 V (DC)
Packs of
1 pc(s).
Weight/pack
1.76 kg
Copper weight (kg per piece)
0.207
Customs tariff number
85369010
EAN
4028177525672
ETIM 7.0
EC001531
ECLASS 8.0
27370304
Product description
SV Connection adaptor, 800 A, 690 V, 3-pole, cable outet top/bottom, round conductor connection 95-300 mm², clamping area WH: 33x21/26 mm
High-current design enables 800 A at 690 V for a compact, 3-pole solution, reducing the need for multiple parallel connections and lowering contact resistance over time. Business impact: increased reliability, lower installation time, and improved maintainability in power distribution panels. Application: switchgear assemblies and panelboards needing robust busbar connections with space constraints. The top/bottom cable outlet provides installation flexibility, especially in tightly packed enclosures where routing paths are critical. Business impact: simplified wiring, fewer elbow joints, and faster commissioning. Application: metal enclosures with limited rear space or multiple cable ingress points. The adaptor accepts round conductors from 95 to 300 mm², including fine-wire with wire end ferrule (95–185 mm²), supporting diverse field cabling and inventory. Business impact: reduced parts variety and streamlined stocking. Application: mixed-conductor DC and AC circuits in automotive, energy, and process industries. Clamping areas for laminated copper bars – 5 mm thick (33×26 mm) and 10 mm thick (33×21 mm) – ensure stable mechanical and electrical contact. Business impact: dependable heat transfer and lower contact resistance, improving thermal performance. Application: copper-bar based busbar assemblies in high-power enclosures. Rated operating voltages cover DC distribution: L1+L2 1000 V and L1+L3 1500 V, enabling versatile DC bus configurations. Business impact: supports modern DC power architectures with safety margins. Application: data centers, EV charging, and rail applications where DC distribution is common. The unit’s ABS cover and polyamide internal components carry UL 94‑V0 fire protection, contributing to enclosure safety compliance. Business impact: enhances fire safety ratings and reduces risk in safety-critical environments. Application: control cabinets in harsh or regulated settings. The compact dimensions (Width 150 mm, Height 210 mm) and a weight of 1.76 kg per pack make installation straightforward with minimal rack space impact. Business impact: easier retrofits and lower handling costs during installation. Application: retrofit projects or new builds requiring space-conscious high-current adaptors.

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FAQs

Install the adaptor between adjacent busbars with the 60 mm centre-to-centre spacing as specified. Ensure the clamp areas align with the copper bar thickness in use (5 mm or 10 mm) and secure the cable outlets at the top or bottom. Verify conductor sizes fall within 95–300 mm² for round conductors and 95–185 mm² for fine wire with ferrule. Confirm UL 94‑V0 compliance of the enclosure while checking that the UL SCCR remains within system ratings.
The adaptor is rated for up to 800 A and 690 V (3‑pole). It also supports DC operation with 1000 V across L1+L2 and 1500 V across L1+L3. These ratings enable both high-current AC distribution and higher voltage DC configurations, making it suitable for diverse power architectures in control panels and DC bus systems.
Yes. It provides clamping areas sized for laminated copper bars: 33×26 mm for 5 mm thick bars and 33×21 mm for 10 mm thick bars. This supports reliable mechanical contact and effective heat dissipation, contributing to lower contact resistance and improved thermal performance in high-current applications.
Key safety certifications include UL SCCR ratings (up to 65 kA at 480 V) and UL 94‑V0 fire protection for the cover and internal materials. While data varies for UL applications, these certifications help ensure compliance in regulated environments and assist with safety documentation for panel builds.
Use the top/bottom outlets to simplify cabling paths and reduce joint terminations. Its wide conductor range and compatible bus spacing lower inventory needs and enable faster commissioning. The solid copper contact area and robust enclosure materials reduce wear and maintenance, translating to lower total cost of ownership over the equipment lifecycle.