Norton Rixson EM19U 3/4" Offset Power Transfer High Inrush Electrified Pivot for Panic Devices

Norton Rixson EM19U 3/4" Offset Power Transfer High Inrush Electrified Pivot for Panic Devices

Professional Electrified Pivot Solution for High-Current Applications

The Norton Rixson EM19U is an offset-hung, electrified power transfer pivot specifically engineered for panic devices with large inrush currents. This intermediate or side jamb pivot features a 3/4" offset design with two 18-gauge wires rated at 2 amps continuously, UL listed for 24-volt class I wiring applications. The handed pivot includes factory-assembled door and jamb portions with supplied junction boxes for reliable power transfer in commercial door installations.

Professional Features & Benefits

• High Inrush Current Capability: Specifically designed for electrified panic devices with large inrush currents, ensuring reliable power transfer during critical operations.
• 3/4" Offset Design: Provides proper door clearance and alignment for offset-hung installations with precise 19mm offset specifications.
• UL Listed Wiring: Two 18-gauge wires rated at 2 amps continuously, UL listed for 24-volt class I wiring applications for code compliance and safety.
• Factory-Assembled Construction: Door and jamb portions are factory assembled and cannot be separated, ensuring proper alignment and reducing installation complexity.
• Complete Hardware Package: Furnished with wood and machine screws plus supplied junction boxes for comprehensive installation requirements.
• Handed Configuration: Available in handed configurations to match specific door swing requirements and installation needs.
• Manufacturer Warranty: 2-year limited warranty provides added confidence and protection for commercial applications.

Technical Specifications

• Application: Electrified
• Commercial/Residential: Commercial
• Department: Door Hardware
• Door Hand Direction: Handed
• Duty Level: Standard Duty
• Electronic: Yes
• Fasteners: Torx Screws Optional
• Fire Rating: No
• Hang Type: Offset Hung
• Mounting Method: Offset
• Pivot Type: Intermediate
• Product Attribute: Pivots
• Product Category: Door Hinges and Pivots
• Product Group: Door Hinges and Pivots
• Product Subgroup: Pivots and Pivot Sets
• Product Type: Electrified Pivots
• Series: EM19U Series
• Subcategory: Intermediate Pivots
• Warranty: 2 Year Limited

Installation & Operation

1. Verify electrical requirements match available power supply. Confirm 24-volt capacity and 2-amp continuous rating per wire before proceeding.
2. Disconnect power supply before beginning installation. Follow all applicable electrical codes and safety procedures.
3. Mount the pivot in the specified intermediate or side jamb location ensuring proper 3/4" offset alignment and adequate clearance for wiring access.
4. Route and connect wiring through supplied junction boxes according to manufacturer wiring diagrams. Use appropriate connections for high inrush current applications.
5. Configure handed operation per door swing requirements and verify proper door edge beveling of 1/8" in 2" as specified.
6. Restore power and test all functions including power transfer capability, panic device operation, and integration with connected systems.
7. Complete final inspection and document settings. Always use M19 intermediate pivot for proper door installation. Refer to manufacturer documentation for complete wiring diagrams and installation specifications.

Professional Applications

• Commercial Building Emergency Exit Systems
• Educational Facility Safety Doors
• Healthcare Institution Emergency Egress
• Retail Establishment Fire Exits
• Industrial Facility Emergency Access
• Government Building Security Systems
• Multi-Tenant Residential Emergency Exits

Why Choose Norton Rixson Quality?

Norton Rixson electrified pivot products deliver professional-grade reliability with factory-assembled construction and UL listed wiring rated for demanding high inrush current applications. The 2-year limited warranty and specialized design for panic device integration ensure dependable performance in critical emergency egress systems where reliable power transfer is essential.