Rittal SV 9635.400 Motor Controller - UL 94‑V0
Part Number: 9635400
Manufacturer
Rittal
Part number
9635400
Category
Alt Part Number
SV 9635.400
Quick Summary
The Rittal SV 9635.400 Motor Controller manages motor starts and reversals in compact enclosures. It reduces wiring complexity and protects operators by integrating over-ride protection in a single unit. With UL 94‑V0 flame protection and designs aligned for CE environments, it supports safe operation in demanding industrial settings. This combination helps OEMs cut installation time and maintenance costs, while enabling scalable motor control in power management and distribution enclosures.
Product Information
Extended Description
9635400 Rittal: SV Motor controller, 0,6 A, 500 V, 50/60 Hz, 3-pole, round conductor connection 0,14-2,5 mm², WH: 22,5x160 mm
Article number
SV 9635.400
Function principle
For controlling motors as direct or reversing starters with integral over-ride protection
Material
Polyamide | Fire protection corresponding to UL 94-V0
Colour
RAL 7035
Power dissipation (max.)
2.8 W
Rated operating voltage
500 V (AC), 3~, 50 Hz/60 Hz
Rated current max.
0.6 A
Note
The technical data may vary for UL applications
Dimensions
Width: 22.5 mm | Height: 160 mm | Depth: 114 mm
Connection for round conductor
0.14 ‐ 2.5 mm²
Adjustable current monitoring
0.075 ‐ 0.6 A
Packs of
1 pc(s).
Weight/pack
0.389 kg
Customs tariff number
85371091
EAN
4028177817319
ETIM 9
EC002572
ECLASS 8.0
27370804
Product description
SV Motor controller, 0,6 A, 500 V, 50/60 Hz, 3-pole, round conductor connection 0,14-2,5 mm², WH: 22,5x160 mm
The SV 9635.400 is designed to fit tight control panels in machine tools and packaging lines thanks to its compact footprint (Width 22.5 mm, Height 160 mm, Depth 114 mm) while delivering a 0.6 A current rating at up to 500 V AC in a robust 3‑pole configuration. This enables reliable direct or reversing motor control within standard enclosures, reducing panel depth and simplifying wiring. The unit includes integral over-ride protection, which lowers the risk of accidental starts and enhances overall equipment safety, translating to higher uptime and lower maintenance overhead in demanding production lines. Wiring is simplified by round conductor terminals supporting 0.14–2.5 mm², enabling fast terminations and reduced field wiring errors. The adjustable current monitoring (0.075–0.6 A) allows precise protection tuning for a range of motors, reducing nuisance trips and extending motor life. Power dissipation is kept low at 2.8 W, minimizing heat buildup inside cabinets and improving cooling efficiency. The polyamide housing is UL 94‑V0 rated, delivering flame retardancy for safer panel installations and longer service life in harsh environments. Applications span compact control cabinets in machine tools, packaging, and general automation, where space, safety, and reliability matter most.
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FAQs
SV 9635.400 is designed for compact control panels with a footprint of 22.5 mm width by 160 mm height and 114 mm depth. It accepts round conductors in the 0.14–2.5 mm² range, suitable for standard field wiring and easy field terminations in machine tools and packaging lines.
It is rated for 500 V AC, 3~, 50/60 Hz, with a maximum rated current of 0.6 A. The device supports direct or reversing starters with integral over-ride protection and has a power dissipation of up to 2.8 W, with a UL 94‑V0 flame‑retardant polyamide body.
Yes. The SV 9635.400 is specifically designed for controlling motors as direct or reversing starters and includes integral protection to support safe bidirectional motor operation within control cabinets.
Key aspects include UL 94‑V0 fire protection for the housing. The product data also lists ETIM 9 EC002572 and ECLASS 8.0 27370804 identifiers, with notes that data may vary for UL applications; the EAN is 4028177817319.
The compact form factor and simplified wiring reduce installation time and panel space, while the adjustable current monitoring minimizes false trips and enhances motor protection. These factors collectively lower maintenance costs and improve overall equipment uptime.