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ABB - Electrification E93N/30SCC - E 93N/30S CC is a fuseholder for overcurrent and short circuit protection specific for class CC fuses
ABB - Electrification

E93N/30SCC


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Specification Sheet

Contact for Pricing

Overview

The ABB E 93N/30SCC fuseholder, SKU E93N/30SCC, is engineered for reliable overcurrent and short-circuit protection using Class CC fuses in North American industrial settings. This 30A-rated device is compliant with UL 4248-1 and UL 4248-4 standards, ensuring robust protection for critical circuits. It supports operation up to 600V at 60Hz for both AC and DC applications, making it suitable for process control, automation networks, and essential control circuits where consistent performance is required. The E 93N/30SCC offers versatile terminal compatibility. For rigid copper conductors, it accepts single wires from 1.5-25 mm² (16-10 AWG) and dual wires up to 5 mm² (10 AWG). Stranded copper conductors can be connected using single wires from 1.5-16 mm² (16-3 AWG) and dual wires from 2-5 mm² (14-10 AWG). Installation is simplified with standard 35mm EN 50022 DIN rail mounting. Recommended tightening torque for standard connections is 2-2.5 Nm (18-22 lb-in) with a PZ2 screwdriver; for dual rigid copper conductors, a torque of 2.8 Nm (24.5 lb-in) is recommended. Safety features include the ability to be sealed closed or padlock open, facilitating OSHA lockout/tagout compliance. The 's' variant, E 93N/30S CC, includes a 24-1000V AC/DC LED indicator for immediate blown fuse detection, improving operational visibility and reducing downtime. With a dielectric strength of 2200V and a 200kA rms short-circuit withstand rating, this fuseholder provides dependable protection in demanding industrial environments. Manufactured in the US, it meets stringent UL/CSA standards for industrial electrical protection.
  • Class CC fuseholder for overcurrent and short-circuit protection
  • 30A rating, 600V AC/DC operation
  • UL 4248-1 and UL 4248-4 compliant
  • 35mm EN 50022 DIN rail mounting
  • Accommodates various rigid and stranded copper conductor sizes

Specifications

Application
Mainly used for controlling 3-phase motors and generally for controlling power circuits up to 690 V AC and 220 V DC. The contactors can also be used for many other applications such as bypass, capacitor switching, lighting, DC power circuits.
Connection Type
Screw Terminal (1.5-25 mm² rigid copper, 1.5-16 mm² stranded copper)
Current Rating
30 A
Frequency
60 Hz
Material
UL/CSA compliant materials
Mounting Type
35mm EN 50022 DIN rail
Series
E 93N
Size
82x110x108mm
Special Features
E 93N/30S CC is a fuseholder for overcurrent and short circuit protection specific for class CC fuses
Standard
RoHs, CSA, cUL, CE, GOST
Type
Contactors
Voltage Rating
600 V
Package Dimensions (L x W x H)
2.52 IN x 4.134 IN x 3.346 IN
Package Dimensions (L x W x H)
6.4008 cm x 10.5004 cm x 8.4988 cm
Package Weight (Imperial)
0.562 L
Package Weight (Metric)
0.255 kg
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Frequently Asked Questions

What standards does the ABB E 93N/30SCC fuseholder comply with?

The ABB E 93N/30SCC fuseholder complies with UL 4248-1 and UL 4248-4 standards.

What is the maximum voltage rating for this fuseholder?

This fuseholder supports operation up to 600V AC/DC at 60Hz.

What type of fuses is this holder designed for?

This fuseholder is specifically designed for Class CC fuses.

What conductor sizes can be terminated in this fuseholder?

It accommodates rigid copper from 1.5-25 mm² (single) and 5 mm² (dual), and stranded copper from 1.5-16 mm² (single) and 2-5 mm² (dual).

How is the ABB E 93N/30SCC fuseholder mounted?

The fuseholder is designed for mounting on a 35mm EN 50022 DIN rail.

What is the short-circuit withstand rating of this fuseholder?

The E 93N/30SCC has a short-circuit withstand rating of 200kA rms.

Does the 's' variant offer any additional features?

Yes, the 's' variant (E 93N/30S CC) includes a 24-1000V AC/DC LED indicator for blown fuse detection.

How to Install the ABB E 93N/30SCC Fuseholder

Step-by-step guide for installing the ABB E 93N/30SCC fuseholder on a DIN rail.

Estimated time: 15m

Tools needed:

PZ2 Screwdriver

  1. Prepare DIN Rail

    Ensure a clean and properly mounted 35mm EN 50022 DIN rail is available.

  2. Mount Fuseholder

    Slide the E 93N/30SCC fuseholder onto the DIN rail, ensuring it is securely seated.

  3. Connect Conductors

    Strip the appropriate length of conductor and insert into the terminal. Tighten the terminal screw to the recommended torque: 2-2.5 Nm (18-22 lb-in) for standard connections, or 2.8 Nm (24.5 lb-in) for dual rigid copper conductors, using a PZ2 screwdriver.

  4. Insert Fuse

    Insert the appropriate Class CC fuse into the fuseholder.

  5. Verify Installation

    Ensure all connections are tight and the fuseholder is securely mounted before energizing the circuit.

Frequently Asked Questions about ABB - Electrification

What industries and applications are Jokab Safety products used for?

Jokab Safety products are specifically designed for machine safety applications across multiple critical industrial sectors, including Food and Beverage, Packaging, and Material Handling industries. Their safety solutions cover a wide range of machine safeguarding needs, such as safety light guards, safety controllers, safety relays, safety edges, safety mats, and two-hand control devices that protect personnel and equipment in complex industrial automation environments.

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What certifications and standards do ABB - Electrification products comply with?

ABB - Electrification products comply with a comprehensive range of international certifications and standards, including UL (United States), CSA (Canada), CE (European Community), UKCA (United Kingdom), EAC (Russia), and C-Tick (Australia & New Zealand). Our products meet critical international standards such as IEC 60947 series for low-voltage switchgear, functional safety standards EN 61800-5-2 and ISO 13849-1, and marine classification standards from Bureau Veritas, DNV, and Lloyd's Register of Shipping.

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ABB - Electrification products are engineered for critical applications across multiple industries, including Energy, Oil & Gas, Manufacturing, Power Generation, HVAC, Marine, Food & Beverage, Mining, Pulp & Paper, Water Treatment, and Automotive. Their solutions cover essential electrical infrastructure needs such as switchgear, power distribution systems, circuit protection, digital control technologies, and drive systems designed for high-reliability environments with a strong focus on sustainability, efficiency, and safety.

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ABB - Electrification offers comprehensive technical support through multiple channels, including a dedicated technical support hotline at 888-385-1221 (Option 1), available 7:00 a.m. - 5:00 p.m. CST, Monday-Friday. Their support services encompass 24/7/365 emergency services, on-site support, remote monitoring and diagnostics, installation and commissioning, equipment assessments, repair coordination, and multi-vendor technical assistance. Customers can also access resources like personnel safety training, disaster recovery support, and service agreements tailored to their specific electrification needs.

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ABB - Electrification products feature advanced integrated design elements that enhance industrial performance and reliability. Key features include harmonics and EMC design, integrated DC choke, removable terminals for fast installation, USB ports for troubleshooting, and integrated Safe Torque Off (STO) functionality. The products deliver superior motor control capabilities, support both induction and permanent magnet motors, and offer robust operational features like side-by-side mounting without derating and operation at temperatures up to 45°C. Additionally, ABB's Electrification solutions emphasize digital innovation, with technologies like Novolink enabling predictive maintenance, enhanced analytics, and seamless system integration.

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ABB - Electrification products support a comprehensive range of industrial communication protocols, including Modbus RTU, PROFIBUS DP, PROFINET, EtherNet/IP, CANopen, DeviceNet, and IEC 61850. These protocols enable flexible connectivity across multiple industrial automation platforms, with support for various network topologies and high-speed data transmission up to 100 Mbps.