Rittal SV 9393.565 Current Shunt - EN 61869-1/2
Part Number: 9393565
Manufacturer
Rittal
Part number
9393565
Category
Alt Part Number
SV 9393.565
Quick Summary
Rittal SV 9393.565 current shunt enables precise 333 mV current measurement for switchgear and panel assemblies. In compact panels, achieving accurate readings without invasive wiring or drift can be challenging, especially in high-current environments. This device addresses that by delivering a stable, linear voltage proportional to current, while withstanding factory temperatures and humidity. It complies with EN 61869-1/2 and uses UL 94 fire-rated polyamide, aligning measurement performance with safety standards. The unit's 1,250 A primary rating and 50/60 Hz compatibility support global installations, and its robust, modular mounting simplifies procurement and integration within existing power-management architectures. This translates to reduced calibration requirements, faster commissioning, and improved reliability for automated control systems.
Product Information
Article number
SV 9393.565
Design
Output voltage 333 mV
Material
Polyamide | Fire protection corresponding to UL 94
Colour
RAL 9005
Supply includes
2 plug-in feet | 2 insulating caps | 1 primary bar clamp | 2 grub screws
To fit busbars
null mm
Primary current
1,250 A
Standards
EN 61869-1/ 2
Dimensions
Width: 96 mm | Height: 121 mm | Depth: 30 mm
Operating temperature range
-5 °C...55 °C
Storage temperature range
-25 °C...75 °C
Ambient humidity (non-condensing)
10...90 %
Connection for round conductor
0.5 ‐ 2.5 mm²
Fundamental frequency
50...60 Hz
Accuracy Class
0.5
Insuslation material (class)
F
Packs of
1 pc(s).
Customs tariff number
85043129
EAN
4028177049741
Feature: 333 mV output enables direct, linear current sensing without complex scaling. Business impact: Reduces signal conditioning and improves measurement accuracy at PLCs and SCADA interfaces. Application: Ideal for switchgear, motor control centers, and distribution panels where high-current data is needed with minimal wiring. Feature: 1,250 A primary current rating. Business impact: Supports monitoring of large loads without saturating the sensor. Application: Industrial feeders, busbar assemblies, and MCCs. Feature: EN 61869-1/2 compliant. Business impact: Ensures measurement accuracy and compatibility with standard instrumentation. Application: Data loggers, energy meters, and PLC-based protection schemes in machine rooms and panels. Feature: UL 94 fire-rated polyamide housing. Business impact: Improves fire safety in enclosures and cabinets. Application: Motor starters, PLC cabinets, and equipment in proximity to heat sources. Feature: Compact footprint (96 × 121 × 30 mm) with busbar-ready mounting. Business impact: Fits in tight spaces and simplifies retrofits. Application: Dense control panels and compact switchgear spaces. Feature: Includes mounting hardware (2 plug-in feet, 2 insulating caps, 1 primary bar clamp, 2 grub screws). Business impact: Faster installation and reliable busbar connection. Application: Panel builders and service teams.
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FAQs
The shunt ships with two plug-in feet, two insulating caps, one primary bar clamp, and two grub screws. Mount it on the panel face adjacent to busbars with a 0.5–2.5 mm² round conductor connection. Ensure clean, level surfaces, torque within clamp specs, and maintain the -5 to 55 °C operating range; verify clearances per enclosure requirements.
Primary current rating is 1,250 A with a 333 mV output. It has an accuracy class of 0.5 and supports 50–60 Hz operation. Dimensions are 96 mm wide, 121 mm tall, and 30 mm deep. The conductor connection range is 0.5–2.5 mm², making it compatible with common panel busbar configurations.
The data confirms EN 61869-1/2 compliance and UL 94 fire-rated polyamide housing. CE marking and IP ratings depend on the overall enclosure and installation. Use in compliant cabinets and housings meeting regulatory requirements; consult the datasheet for location-based IP ratings and installation guidelines.
Yes. It is designed to fit standard busbar arrangements and includes a primary bar clamp for secure mounting. Ensure the busbar dimensions align with the 96 × 121 × 30 mm footprint and use the 0.5–2.5 mm² conductor range for the round conductor connection to maintain accuracy.
By delivering a stable 333 mV signal with minimal calibration, projects benefit from faster commissioning, reduced wiring and signal conditioning costs, and improved measurement accuracy. This supports reliable protection and energy monitoring in switchgear and control panels, translating to lower maintenance expenses and better system uptime.