Littelfuse Industrial Shock Block SB6100 Manual
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Littelfuse Industrial Shock Block SB6100 Manual

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Tel: +1-800-832-3873
E-mail: relays@littelfuse.com
Littelfuse.com/SB6100
SB6100 MANUAL
INDUSTRIAL SHOCK BLOCK
®
REVISION 1-I-071520
Copyright © 2020 by Littelfuse, Inc.
All rights reserved.
Document Number: PM-1500-EN

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Summary of Contents for Littelfuse Industrial Shock Block SB6100

  • Page 1 Tel: +1-800-832-3873 E-mail: relays@littelfuse.com Littelfuse.com/SB6100 SB6100 MANUAL INDUSTRIAL SHOCK BLOCK ® REVISION 1-I-071520 Copyright © 2020 by Littelfuse, Inc. All rights reserved. Document Number: PM-1500-EN...

  • Page 2: Table Of Contents

    6. Accessories ..............15 Specifications are subject to change without notice. 7. Technical Specifications ..........19 Littelfuse is not liable for contingent or consequential 7.1 SB6100 ..............19 damages, or for expenses sustained as a result of incorrect 7.2 AC6000-Cart.............. 21 application, incorrect adjustment, or a malfunction.

  • Page 3: Introduction

    • Any 3-Phase CEC application in which a Class A models are continuously rated at 100 A and include GFCI is not required. overcurrent protection through Littelfuse Class T fuses. The UL GFCI classes and their intended applications Enclosed models have a NEMA-4X rating and are UL- are shown in Fig.

  • Page 4: Sb6100 Egfpd

    SB6100 Industrial Shock Block Page 2 Rev. 1-I-071520 1.1.3 SB6100 EGFPD shown in Fig. 2. Ensure that all conductors have the EGFPD models trip required voltage and current ratings necessary for the 6 mA or from 10 to 100 mA in increments of 10 mA, and application.

  • Page 5: Ground Connections

    Class D GFCI models installed in NEC applications, and can be implemented if desired for Class A GFCI or EGFPD models. Use only a Littelfuse termination device as others may not meet performance requirements. Each SB6100 GFCI is supplied with a 1N5339B termination device. Install the termination device at the load to complete the ground- connection loop as shown in Fig.

  • Page 6: Three-Phase Connection Diagram (Gfci Configuration Shown)

    SB6100 Industrial Shock Block Page 4 Rev. 1-I-071520 FIGURE 2. Three-Phase Connection Diagram (GFCI Configuration Shown).

  • Page 7: Sb6100-311-0 Enclosed Model (Lid Not Shown)

    SB6100 Industrial Shock Block Page 5 Rev. 1-I-071520 FIGURE 3. SB6100-311-0 Enclosed Model (Lid not shown).

  • Page 8: Open-Chassis Model (Sb6100-310-0) Outline And Mounting Details

    SB6100 Industrial Shock Block Page 6 Rev. 1-I-071520 FIGURE 4. Open-Chassis Model (SB6100-310-0) Outline and Mounting Details.

  • Page 9: Enclosed Model (Sb6100-311-0) Outline And Mounting Details

    SB6100 Industrial Shock Block Page 7 Rev. 1-I-071520 FIGURE 5. Enclosed Model (SB6100-311-0) Outline and Mounting Details.

  • Page 10: Sb6100 Operator Interface (Ac6000-Opi-00) Outline And Mounting Details

    SB6100 Industrial Shock Block Page 8 Rev. 1-I-071520 FIGURE 6. SB6100 Operator Interface (AC6000-OPI-00) Outline and Mounting Details. FIGURE 7. SB6100 Operator Interface (AC6000-OPI-00) Faceplate.

  • Page 11: Enclosed Model (Sb6100-Xx1-0) Bottom View, Terminal Block Locations

    SB6100 Industrial Shock Block Page 9 Rev. 1-I-071520 FIGURE 8. Enclosed Model (SB6100-XX1-0) Bottom View, Terminal Block Locations. FIGURE 9. 1N5339B Zener-Diode and SE-TA6-SM Termination Devices.

  • Page 12: Se-Ta6 Termination Assembly

    SB6100 Industrial Shock Block Page 10 Rev. 1-I-071520 FIGURE 10. SE-TA6 Termination Assembly. FIGURE 11. SE-TA6ASF-WL Small-Format Termination Assembly with Wire Leads.

  • Page 13: Operation And Setup

    SB6100 Industrial Shock Block Page 11 Rev. 1-I-071520 3. Operation and Setup TABLE 1. O PERATION OF ROUND EAKAGE TATE ESCRIPTION NOTE: When its input terminals become energized, Current ≥ 25% of Trip Level the SB6100 powers up in RESET/START mode Current ≥...

  • Page 14: Undervoltage And Chatter Detection

    SB6100 Industrial Shock Block Page 12 Rev. 1-I-071520 contactor if any of the following conditions are present: turn off. For a short supply outage of approximately 20 seconds, the SB6100 will remain powered-up and retain • Input 3 is not connected its state prior to the outage (either energized or tripped).

  • Page 15: Ul 943C Requirements

    SB6100 Industrial Shock Block Page 13 Rev. 1-I-071520 FIGURE 13. SB6100 Temperature Derating Curve. 4. UL 943C Requirements 4.2 Grounding Circuit The following sections contain excerpts from the The equipment grounding circuit of the circuit shall be UL 943C Standard for Class C and D applications. For sufficiently low impedance that, should a fault to ground EGFPD models, only Section 4.1 applies where selectable occur, the voltage resulting across the grounding circuit...

  • Page 16: Grounding Monitor/Interrupter

    SB6100 Industrial Shock Block Page 14 Rev. 1-I-071520 4.3 Grounding Monitor/Interrupter A GFCI shall be capable of detecting and causing interruption of the circuit under both of the following conditions: a) An open grounding circuit, and b) Impedance in the grounding circuit that would allow more than a 150 volt drop in the grounding circuit.

  • Page 17: Troubleshooting

    SB6100 Industrial Shock Block Page 15 Rev. 1-I-071520 5. Troubleshooting TABLE 3 LED T TATUS ROUBLESHOOTING. STATUS LEDS DESCRIPTION TROUBLESHOOTING Normal Operation --------------- Check supply connection to, and power No Power to the SB6100 fuses of, inputs 1 and 2, and secondary fuses F2 and F3.

  • Page 18: Ac6000-Cart-00 Outline

    SB6100 Industrial Shock Block Page 16 Rev. 1-I-071520 FIGURE 16. AC6000-CART-00 Outline.

  • Page 19: Ac6000-Mnt-00 Outline

    SB6100 Industrial Shock Block Page 17 Rev. 1-I-071520 FIGURE 17. AC6000-MNT-00 Outline.

  • Page 20: Ac6000-Cart With Sb6100 Installed

    SB6100 Industrial Shock Block Page 18 Rev. 1-I-071520 FIGURE 18. AC6000-CART with SB6100 Installed.

  • Page 21: Technical Specifications

    SB6100 Industrial Shock Block Page 19 Rev. 1-I-071520 7. Technical Specifications Trip Time ........Defined by: 7.1 SB6100 Voltage, Current, and Power Ratings or minimum 20 ms. Option 0: See Section 4.1. Voltage ........... 3 PH, 3 wire (no neutral), Wiring and Torque Requirements: 50/60 Hz , 208 Vac...
  • Page 22 UL Test ........100 A, 40°C (104°F), Fuse Rating ......0.25 A, 250 Vac, 85% Supply Voltage Time Delay, 3AG Supplemental Rating ....See Fig. 14 Fuse Part Number ....Littelfuse 0313.250HX Storage Temperature ....-55 to 80°C or 0313.250HXP (-67 to 176°F) (RoHS) Humidity ........

  • Page 23: Ac6000-Cart

    AC-1 refers to non-inductive or slightly inductive loads. AC-3 refers to squirrel-cage motors. UL 943 and UL 943C does not apply to 50-Hz installations. Performed at Littelfuse Test Lab. Hardware revision 01 or newer. 7.2 AC6000-Cart Maximum Holding Weight ..

  • Page 24: Appendix A Sb6100 Revision History

    SB6100 Industrial Shock Block Page 22 Rev. 1-I-071520 Appendix A SB6100 Revision History MANUAL MANUAL PRODUCT REVISION RELEASE DATE REVISION (REVISION NUMBER ON PRODUCT LABEL) July 15, 2020 1-I-071520 March 26, 2018 1-H-032618 April 24, 2017 1-G-042417 April 1, 2016 1-F-040116 January 5, 2016 1-E-010516...
  • Page 25 SB6100 Industrial Shock Block Page 23 Rev. 1-I-071520 ECTION TEST/STOP and RESET/START buttons updated. Section 3.10 added. ECTION Self Test Failure added. ECTION UL 1998 certification added. 1-C-110614 EVISION ECTION Figs. 14 and 15 updated. ECTION CSA certification added 1-B-112913 EVISION ECTION AC6000-CART-00 and AC6000-MNT-00 figures added.

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