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SB6100 Industrial Shock Block

 

Page 23 

    Rev. 1-I-071520 

 

 

 

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    TEST/STOP and RESET/START buttons updated. 

    Section 3.10 added. 

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    Self Test Failure added. 

   

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    UL 1998 certification added. 

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1-C-110614 

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    Figs. 14 and 15 updated. 

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    CSA certification added 

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1-B-112913 

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ECTION 

    AC6000-CART-00 and AC6000-MNT-00 figures added. 

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    AC6000-CART-00 (Section 7.2) and AC6000-MNT-00 (Section 7.3) specifications added. 

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    AC6000-CART-00, AC6000-OPI-00, and AC6000-MNT-00 added. 

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1-A-050813 

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PPENDIX 

    Revision history added. 

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    Initial release. 

 

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 H

ISTORY

 

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 01 

    Includes self-test function and UL 1998 compliance. 

    Includes updates for Class A GFCI models. 

    Extends trip levels up to 100 mA for EGFPD models. 

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RODUCT 

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EVISION

 00 

    Initial release.  

Summary of Contents for Industrial Shock Block SB6100

Page 1: ...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...

Page 2: ...nical Specifications 19 7 1 SB6100 19 7 2 AC6000 Cart 21 7 3 AC6000 MNT 21 8 Ordering Information 21 Appendix A SB6100 Revision History 22 LIST OF FIGURES FIGURE PAGE 1 UL GFCI Classes 1 2 Three Phase...

Page 3: ...r 1 1 1 SB6100 GFCI GFCI models are permanently connected GFCIs that meet the requirements of the UL 943 definition for Class A devices with a fixed 6 mA trip level It is available only for 208 Vac sy...

Page 4: ...equired voltage and current ratings necessary for the application SB6100 installation should be performed by a qualified person 2 1 Mounting 2 1 1 Open Chassis Models SB6100 XX0 0 Open chassis models...

Page 5: ...ons 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 1N53...

Page 6: ...SB6100 Industrial Shock Block Page 4 Rev 1 I 071520 FIGURE 2 Three Phase Connection Diagram GFCI Configuration Shown...

Page 7: ...SB6100 Industrial Shock Block Page 5 Rev 1 I 071520 FIGURE 3 SB6100 311 0 Enclosed Model Lid not shown...

Page 8: ...SB6100 Industrial Shock Block Page 6 Rev 1 I 071520 FIGURE 4 Open Chassis Model SB6100 310 0 Outline and Mounting Details...

Page 9: ...SB6100 Industrial Shock Block Page 7 Rev 1 I 071520 FIGURE 5 Enclosed Model SB6100 311 0 Outline and Mounting Details...

Page 10: ...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: ...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: ...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: ...and 100 of the trip level For an EGFPD the trip level can be selected from 6 to 100 mA For a GFCI the trip level is fixed at 6 mA Class A or 20 mA Class C and D Table 1 describes the operation of the...

Page 14: ...When supply voltage to the SB6100 is removed the contactor will open and the green PWR and EN LEDs will turn off For a short supply outage of approximately 20 seconds the SB6100 will remain powered u...

Page 15: ...the above formula UL 943 also defines a limit to the formula with a minimum required trip time or fastest trip speed of 20 ms which occurs at about 300 mA of ground fault current I per the formula Cla...

Page 16: ...erruption 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: ...priority over undervoltage i e if both conditions occur at the same time the INP LED will stay on indicating a miswire until the connection is fixed then it will flash if the undervoltage condition st...

Page 18: ...SB6100 Industrial Shock Block Page 16 Rev 1 I 071520 FIGURE 16 AC6000 CART 00 Outline...

Page 19: ...SB6100 Industrial Shock Block Page 17 Rev 1 I 071520 FIGURE 17 AC6000 MNT 00 Outline...

Page 20: ...SB6100 Industrial Shock Block Page 18 Rev 1 I 071520 FIGURE 18 AC6000 CART with SB6100 Installed...

Page 21: ...10 20 30 40 50 60 70 80 90 and 100 mA Trip Time Defined by or minimum 20 ms See Section 4 1 Wiring and Torque Requirements Input Terminals Conductor Size 14 to 2 0 AWG 2 08 to 67 4 mm2 Torque 14 to 2...

Page 22: ...hipping Dimensions SB6100 XX0 0 Open Chassis Models Height 508 mm 20 0 in Width 406 mm 16 0 in Depth 203 mm 8 0 in SB6100 XX1 0 Enclosed Models Height 550 mm 21 6 in Width 490 mm 19 2 in Depth 240 mm...

Page 23: ...and any cable and accessories 2 Includes the AC6000 MNT 00 7 3 AC6000 MNT Maximum Holding Weight 1 40 kg 90 lb Dimensions Height 705 mm 28 0 in Width 648 mm 25 5 in Depth 152 mm 6 0 in Shipping Dimens...

Page 24: ...SECTION 7 SECTION 8 Class A GFCI models added REVISION 1 H 032618 SECTION 2 Section 2 2 1 removed Fig 3 removed all other Figures renumbered GENERAL SB6100 enclosure has been changed to grey REVISION...

Page 25: ...ION 2 AC6000 CART 00 and AC6000 MNT 00 figures added SECTION 7 AC6000 CART 00 Section 7 2 and AC6000 MNT 00 Section 7 3 specifications added SECTION 8 AC6000 CART 00 AC6000 OPI 00 and AC6000 MNT 00 ad...

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