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Guide Form Specifications

Breaker Protective System (MicroVersaTrip Plus™ and
MicroVersaTrip PM™)

1. Each circuit breaker shall be equipped with a protec

tive trip unit system to protect against overloads, short

circuits (and ground faults) as specified in the following
subparagra phs. The protective trip unit shall consist of a
solid-state, microprocessor-based, programmer: tripping
means; current sensors; power supply and other devices
as required for proper operation.

2. As a minimum, the trip unit shall have the following fea

tures and functions:

1 1 0

a) The housing shall be a metallic enclosure to protect

against magnetic interference, dust and other con
tam inants.

b) The protective system shall have reliable program

mable controls with repetitive accuracy and precise
unit settings.

c) All current sensing shall employ true rms tech nology

for detecting overloads, (short-time overcurrent con
ditions), h i gh-level i nstantaneous overcurrent condi

tions, (and g round-fault conditions).

d) A high-contrast, liquid crystal d isplay - LCD - unit

shall display settings, trip targets, and specified
metering displays. The trip unit shall be equipped with
long-life lithium batteries - with automatic time delay
shut-off features - to provide both programming and
observation of trip targets or other functions when

the breaker is d e-energized.

e) A multi-button keypad to provide local set-up a nd

readout on the LCD of all trip settings.

f) UL Listed, CSA Certified, I EC 947-2 Certified, field-in

stallable, interchangeable rating plugs. It shall not

be necessary to change or remove the trip unit to

change the trip rating. Rating plugs shall contain
rejection features to prevent installation of a plug with
an incorrect current sensor rating.

g) I ntegral test jack for connection of a battery pack or

test kit to the breaker.

h) (When specified) the ground-fault function shall

contai n a memory circuit to integrate low-level arcing
fault currents with time to sum intermittent ground
fault current spikes.

i) A mechanism with provisions for sealing the rating

plug, the trip unit, a nd the " ENTER" key on the protec

tive trip unit to make the installation tamper-resistant.

j) The unit shall be dual-rated for both 50Hz and 60Hz

operation. Noise immunity shall meet the require
ments of ANSI Standard C3 7.90.2

k) The trip unit shall have an integral, resettable trip

counter to record the number of long-time, short

time, instantaneous and ground-fault trips.

I) The trip unit shall display trip targets for long-time,

short-time, instantaneous and ground-fault trips.

3. The trip units for the main and tie breakers shall include

the following protective functions:

a) Adjustable long-time current settings.
b) Adjustable long-time delay with fou r time delay

bands.

c) Long-time pickup warning indicator.

d) Trip targets for long-time. instantaneous (and short

time, when specified). and g round fault (when speci
fied).

e) S ELECT O N E OF THE FOLLOWI N G

1) Adjustable instantaneous pickup.
2) Adjustable short-time pickup and delay, with three

delay bands, and switchable 12t ramp and
adjustable instantaneous picku p.

3) Fixed high-range instantaneous pickup.

f) OPTIONAL: Adj ustable g round-fault pickup and time

delay, with three delay bands and switchable l2t

ramp.

g) OPTIONAL: Zone-selective i nterlocking [SELECT O N E)

(for ground-fault conditions) (for both ground-fault
and short-time conditions).

4. The trip units for feeder breakers shall include the follow

ing protective functions:

a. Adjustable long-time current settin gs

b) Adjustable long-time delay with four time delay

bands.

c) Long-time pickup warning indicator.
d) Tip targets for long-time, instantaneous (and short

time, when specified). and g round fau lt (when speci
fied).

e) S ELECT O N E OF THE FOLLOW I N G

1 1

Adjustable instantaneous pickup.

2) Adjustable short-time pickup and delay, with three

delay bands, and switchable 12t ramp and
adjustable instantaneous pickup.

3) Fixed hig h-range instantaneous pickup.

f.)

OPTIONAL: Adjustable g round-fault pickup and time
delay, with three delay bands and switchable IZt
ramp.

g.) OPTIONAL: Zone-selective interlocking [SELECT O N E)

(for ground-fault conditions) (for both g round-fault
and short-time conditions).

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Summary of Contents for Power Break II

Page 1: ...nsu er indu al El I Di n r r In ulated C ircuit Bre kers agm on w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 2: ... Protective Functions 16 Standard Rated Devices 42 Short Time Functions 16 100 Rated Devices 42 High Range Instantaneous 18 Factors Affecting the Current Ratings 42 Normal Ground Fault Protection 18 Cable or Bus Size 42 44 Defeatable Ground Fault Protection 19 Ambient Temperature 44 Programming Trip Units 22 Operating Frequency 44 Trip Targets Overcurrent and Ground Fault 22 Factor C Operating Fre...

Page 3: ...l alarm with manual reset lockout shunt trip with or without lockout and undervoltage release install in seconds No special tools No breaker disassembly Just slide them into place The modules are universal across all frame sizes and each is mechanically keyed to its compartment so you make the right connection every time These accessories are field installable and upgradeable Three Choices of Adva...

Page 4: ... Two stage stored energy mechanism provides charge af ter close capability Stationary and drawout versions stationary shown Manually and electrically operated versions in same enve lope Modular field installable motor operator and remote close solenoid with independent voltages available All frames upgradeable to POWER LEADER Power Management Systems Configurable accessories activated through inte...

Page 5: ... factory or in the field to provide the electrical charge feature All breaker controls inputs and outputs are pre wired to dedicated secondary terminals for Table 5 1 Sequence Of Operation ON OFF Main Breaker Charging Spring Indicator Contacts Indicator OFF Open Discharged OFF Open Charged ON Closed Discharged ON Closed Charged OFF Open Charged Operation of circuit breaker pump handle easy field i...

Page 6: ...ition Other Drawout interlock this interlock will trip a closed breaker before the primary disconnects are engaged or disen gaged in the event that the wrench interlock is intention ally defeated Drawout mechanism a racking shaft powers a centrally mounted power screw through a chain drive into a fixed nut in the substructure A special speed wrench is avail able with an integral liz square drive s...

Page 7: ...ted for inspection 2000 amp drawout breaker 2000 amp drowout breaker lifting bar and TDQLR 1600 ampere substructure for standard break breaker w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 8: ...ery Check Target modules use two standard 3V 16mm x 1 6 mm lithium batteries for viewing target information Battery life depends upon use but may be estimated at one year When the batteries are energized depressing the VIEW button will illuminate either a set target LED i e LT or the BAT LED Once target indica tors are cleared battery status is indicated by the BAT LED Replacement batteries includ...

Page 9: ...ow level trip signal counteracts the strength of the actua tor s permanent magnet and allows a spring to unseal the magnet and trip the breaker Both the shunt trip and undervoltage release UVR acces sories also produce trip signals to the trip actuator when energized The two bell alarms operate only as a result of an overcurrent trip condition Standard And Optional Protective Functions Standard an...

Page 10: ...II breakers have the standard instanta neous trip function The instantaneous trip point establishes the value of current that will trip the breaker without inten tional time delay Instantaneous trip times are 50 millisec onds or less Instantaneous trips are the result of severe overcurrent or short circuit conditions and damage to the power system is minimized by immediate tripping Standard settin...

Page 11: ...delay shown at 600 of current setting at lower limit of band Time delay shown at lower limit of each band All pick up tolerances are 10 Delay CD Seconds Pick up Multiple of Delay Seconds 4 Bands Current Setting C 3 Bands 2 4 4 9 9 8 20 I2T inCD 10 21 35 2 4 4 9 9 8 20 2 4 4 9 9 8 20 5 2 0 2 5 3 0 4 0 5 0 7 0 and 9 0 2 4 4 9 9 8 20 12T out 10 21 35 2 4 4 9 9 8 20 Ground Fault Pick Up Multiple of Se...

Page 12: ...d are not detected by long time overload protec tion 12 Some ground fault trip systems may not detect this type of fault because the intermittent nature of the fault never exceeds the trip threshold as illustrated in Graph B The Power trip unit detects and integrates adds a series of arcing and intermittent current pulses the low level cur rent of a ground fault This integration function provides ...

Page 13: ...rame Sensor Sensor Rating Size Max Rating Plug Amps X Rating Amps S Amps 2000 800 200 100 150 200 400 200 225 250 300 400 800 1600 800 400 450 500 600 700 800 1600 1000 600 800 1000 1600 800 1000 1 100 1200 1600 2000 2000 1000 1200 1500 1600 2000 3000 2500 1000 600 800 1000 2000 1000 1200 1500 1600 2000 2500 1600 2000 2500 3000 3000 2000 2500 3000 4000 4000 4000 1600 2000 2500 3000 3600 4000 S Sen...

Page 14: ... enable the user to read fault displays on an open breaker The battery is intended to power the Trip Unit when it is otherwise unpowered At low currents the Trip Unit Display IS not active Pressing the BATTERY key under these conditions will not activate the display The MicroVersaTrip Plus trip unit display is on as long as a small amount of current mini mum 20 of current sensor rating is flowing ...

Page 15: ...permanent magnet and allows a spring to unseal the magnet and trip the breaker Both the shunt trip and undervoltage release UVR acces sories also produce trip signals to the trip actuator when en ergized The user may program each of the two bell alarms independently to operate as a result of any combination of overcurrent including ground fault shunt trip and under voltage release Standard And Opt...

Page 16: ...Break II breakers have either the standard in stantaneous trip function or the high range instantaneous function The instantaneous trip point establishes the value of current that will trip the breaker without intentional time delay Instantaneous trip times are 50 milliseconds or less Instantaneous trips are the result of severe overcurrent or short circuit conditions and damage to the power syste...

Page 17: ...rt Time Rating sor Amp Rating Seconds 3 Bands X X Hl 1 5 thru 10 0 in 1 5 thru 15 0 in 0 20 thru 0 60 in 0 5 increments 0 5 increments increments of 0 01 I2T in 0 40 for oil 1 5 thru 10 0 in 1 5 thru 15 0 in 0 20 thru 0 60 in bands 2000 0 5 increments 0 5 increments increments of 0 01 1 5 thru 10 0 in 1 5 thru 15 0 in 1 0 0 20 thru 0 60 in 0 5 increments 0 5 increments increments of 0 01 3000 1 5 ...

Page 18: ... current flow as depicted in Graph A and are not detected by long time overload protection 18 Some ground fault trip systems may not detect this type offault because the intermittent nature of the fault never exceeds the trip threshold as illustrated in Graph B The MicroVersaTrip Plus and MicroVersaTrip PM trip units detect and integrate add a series of arcing and intermittent current pulses the l...

Page 19: ... the fault on the minimum delay bond since no signal is being sent by the downstream breaker Zone Selective interlocking is available for either ground fault only or both ground fault and short time functions The zone selective interlocking feature requires a zone selective interlock module ZSIM catalog number TIM l The module is on intermediate control device used between upstream and downstream ...

Page 20: ...thin the breaker is pre wired to dedicated secondary terminals Integration to Modbus RTU networks requires the use of a POWER LEADER Modbus Concentrator Phases MicroVersaTrip PM Microprocessor A B C N PTs With 120 Vac Secondaries rv Fault r _ vIV Q I A t r I Cl s c c _ _ 0 Trip __ Q Logic Current Sensors I Phase Rating I Currentt I Plug I I I I _ Optional Neutral Current I I I I Hi Range I Phase C...

Page 21: ...l power voltage conditioner Accuracy is based an loading range of 20 to 100 of breaker currentsensor rating Demand Demand in units of kW or MW can be displayed The monitoring time period can be varied from 5 to 60 minutes in increments of 5 minutes The display provides a rolling average of power over the scheduled time interval Peak demand Peak demands in units of kW or MW can be displayed This va...

Page 22: ...t current The trip information is displayed until cleared by the user 3 08 01 kA METER t 2S 02 kA STATUS LT F AUL T PICKUP Long time trip imminent Breaker tripped on long time 22 Short time and instantaneous trips Short time and instantaneous trips share the same trip target The PICKUP target is not illuminated since the time interval between pickup and tripping are so short for either function In...

Page 23: ...000 1200 1500 1600 2000 400 600 800 1000 800 1000 1200 1500 1600 2000 1600 2000 2500 2000 2500 3000 1600 2000 2500 3000 3600 4000 Current Sensors Toroidally wound current sensors are furnished for all major protective functions and for use with MicroVersaTrip PM trip units Toroidal sensors including a second air core winding are provided with the high range instantaneous function Current sensors a...

Page 24: ...ide electrical spring charging All breakers are pre w1red to dedicated secondary terminals for easy field installation When electrical operation is used a remote close solenoid and either a shunt trip or an undervoltage release accessory are required for remote closing and opening 24 Power Break II breaker electrical operator The electrical operator can be wired to charge automatically following a...

Page 25: ...e the solenoid is to be energized Removal of the voltage for significantly less than 2 5 sec onds will not reset the electronic control module and prevent the solenoid from being energized Applied control voltage closed circuit voltage at breaker terminals 34 and 16 must be 85 to 110 of nominal The solenoid will not energize if voltage is ramped up to the acceptable range Three cycle closing time ...

Page 26: ...f switch When energized the shunt trip supplies 24 Vdc power to the trip unit to power the display Shunt trip modules are available in a wide range of voltages from 24 to 250 Vdc and 24 to 240 Vacl They meet UL re quirements for operation at 55 of rated ac or 75 of rated de voltage making this device suitable for use with Class 1 ground fault protective devices Shunt trip modules are also availabl...

Page 27: ...to signal breaker tripped sta tus to other accessories e g external alarm devices indicat ing lights relays or logic circuits for remote indication and interlocking functions The switch is configurable by means of rear mounted DIP switches on the MicroVersaTrip Plus and PM trip units The bell alarm can be made to oper ate in response to an overcurrent including ground fault or protective relay tri...

Page 28: ... a signal from the undervoltage release module This allows the trip unit to record display distinguish and communicate in MicroVersaTrip PM trip units that the break er opening event was due to undervoltage release Opera tion of the undervo tage release module will prevent breaker contact closure i e kiss free operation When energized the undervo tage release supplies 24 Vdc power to the Mi croVer...

Page 29: ...SPAS600AB8DC l Number of AC Contacts Ratings 4 6A 240 Vac and120 Vac 8 6A 240 Vac and 120 Vac 12 6A 240 Vac and 120 Vac 4 6A 600 Vac 8 6A 600 Vac CD D suffix for drawout breaker accessory C J 600 Vac Modules not UL Listed DC Ratings OSA 12S Vdc 0 2S 2SO Vdc 0 SA 12S Vdc 0 2S 2SO Vdc 0 SA 12S Vdc 0 2S 2SO Vdc 0 SA 12S Vdc 0 2S 2SO Vdc 0 SA 12S Vdc 0 2S 2SO Vdc Limited Access Pushbutton Cover This a...

Page 30: ...lever through the padlock device when the key is turned to the key removal or bolt extended position Key interlock installed on front of the breaker 30 Table 30 1 Key Interlock Provisions Catalog Number of Kirk Key lock Superior Cat Number Locks Cat Number Number SPK4 1 KFN00001 CD S105827Y SPK4 2 KFN00002 CD S105828Y SPK4 3 KFN00003 CD S105829Y SPK4 4 KFN00004 CD S105827 4Y CD Final digit may be ...

Page 31: ...0A 4000 4000 4000 3000 TSVG940A CD Match neutral current sensor rating lor tap setting to circuit breaker sensor rating 0 For use with multiple source ground fault protection schemes rating does not match MicroVersaTrip Trip Unit sensor Additional Accessories Stationary Breakers General Purpose Wall Enclosures General Purpose NEMA 1 enclosures are available for Power Break II breakers with neutral...

Page 32: ...uds T Studs mount directly to the breaker and can be rotated for either vertical or horizontal busbar connection Catalog numbers cover one stud Both copper and aluminum T studs are tin plated 800 amp Cat No SPOBFCA and 1600 2000 amp Cat No SP20FCA aluminum T Studs Table 32 2 T Studs Circuit Breaker Frame Size Catalog Number Max Rating For Front For Back Amps Amps Connected Breaker Connected Breake...

Page 33: ...00 Kcmil Cu AI 3 0 800 kcmil Cu AI Catalog Lugs Number Per Kit TPLUG106 1 TPLUG206 1 TPLUG308 1 TPLUG108CD 1 TPLUG408 1 TPLUG108CD 1 TPLUG108CD 1 TSLUG08 9 TSLUG 12 12 TSLUG16 15 TSLUG20 18 TSLUG25 21 TSLUG30 27 TSLUG40 33 J For back connected 3000A T Stud integral with breaker Max Wire Cables Range Per Footnote Pole 1 0 2 0 3 J 3 4 C3 6 6 3 4 5 6 7 9 1 1 Additional Accessories Drawout Breakers Su...

Page 34: ...ass Switch Catalog Number TDOBP2L TDOBP4L TDOBP6L 34 Number ofSwitch Elements 2 N0 2 NC 4 N0 4 NC 6 N0 6 NC Racking Tool The racking tool is a drive wrench with a square V z socket that engages the racking mechanism of the drawout breaker The catalog number is TDORT Note that one racking tool is supplied with each group of five drawout breakers at no charge Mechanical Interlocks for Drawout Breake...

Page 35: ...rk Key lock 4 maximum PBCOVER Pushbutton cover RCS Remote close solenoid S DOS Standard rated drowout substructure ST Shunt trip STL Shunt trip with lockout UV U ndervoltoge release WB Walking beam for stationary breakers 08 SOOA T stud 20 1600 thru 2000A T stud 520 2000A T stud 3000A frame 525 2500A T stud S30 3000A T stud S40 4000A T stud RAILS Roil kit LUGA Lug adopter kit B Enclosure Device Co...

Page 36: ...TOO Blank insert for Target Module TARGET01 Target Module without ground fault target TARG ET02 Target Module with ground fault target 36 D2 20 LSI T1 R T T TR 10 C 800 G F T Replacement or new R Replacement trip unit Blank New Trip unit options Tl Target Module without ground fault target T2 Target Module with ground fault target Blank No Target Module Auxiliary functions Ll Long time and instant...

Page 37: ...A 30 3000A 40 4000A GZI PM R T T B 800 Replacement or new R Replacement trip unit Blank New Trip unit options Options for MicroVersaTrip PM trip units only Must select one P Protective relays and communications M Metering and communications PM Protective relays metering and communications Blank M icroVersaTrip Plus trip unit Ground fault funcitions G Ground fault GD Ground fault defeatable not UL ...

Page 38: ...ter minals must not exceed 50 C rise 75 C total in a 25 C room ambient and the breaker must not trip Cables are sized as shown in Table 43 1 When the copper bus bars are used instead of cable for 1600 4000A breakers they are sized per Table 43 2 5 Endurance The breaker must complete an endurance test 1 making and breaking rated current at rated volt age 75 80 lagging power factor and 2 additional ...

Page 39: ... the ANSI C37 90 1 Surge With stand Capability specification on all input and output lines connected to the breaker Both fast transient and oscillatory surges are applied 4 RF and EMI These tests ensure that the breaker is not susceptible to radiated electromagnetic fields The test is performed per the ANSI C37 90 2 Radiated Field Immuni ty specification The breaker is subjected to a modulated fie...

Page 40: ... 16 gauge steel with 3 16 diameter holes punched on a stagger creating a 50 metal to air ratio During these tests a 50 amp OPTS fuse is used to connect the screen to the test supply neutral Power Break II circuit breakers are short circuit tested in both the line top and line bottom configuration making them suitable for reverse feed applications The conformance to I EC 947 2 consists of the follo...

Page 41: ...00V for 1 minute 4 Verification of Overload Release Following the dielectric verification the circuit breaker overload protection is verified by applying 250 of rated current through each pole individually The breaker must trip within the trip time curve IV Rated Short Time Withstand Current lew 1 Verification of Overload Release Prior to short circuit testing the circuit breaker overload protecti...

Page 42: ...ated Devices 100 rated devices are designed to carry 100 of their nameplate current rating when enclosed and tested in distri bution equipment 4000 A stationary 80 42 Breakers with 100 rating are so marked on the front of the devices This marking includes minimum enclosure size minimum ventilation if any minimum cable sizes and tem perature ratings to be used Current versions of the National Elect...

Page 43: ... 2 X 3 2000 2 X 4 2500 2 X 5 4 114 X 2 1 z 3000 4 114 X 4 4000 4 X 5 Table 43 3 Properties Of Conductors Size Area Cir Cone Cone Lay Bare Area DC DC DC Equiv ISO Metric AWG Mills Lay Or or Stranded Conductors Square Resistance Resistance Resistance Cross Sect Cable Size KCMIL Stranded Diameter Diameter Inches Bare Tinned Aluminum Area AWG mm 2 No Wires Wire in Copper Copper KCMIL 3 0 167 800 19 0 ...

Page 44: ...to group mounting and the free surface area of the breaker s enclo sure Once the device s ambient temperature is determined select Factor B from the table 44 Table 44 2 Factor B Ambient Temperature Rating Factor Ambient Temperature Maximum Wire Factor B c Insulating Rating c2 25 75 1 00 40 90 1 00 50 105 1 00 60 125 110 70 125 115 Notes 11 Average air temperature over a 24 hour period outside the ...

Page 45: ...n between the rating of a circuit breaker and the derived operating current using all of the selection factors described in the equation on page 42 A safety factor of 10 is often used to prevent nuisance tripping Factor F Safety Factor A safety factor of 10 is equivalent to a Factor F of 1 10 Interrupting Ratings In addition to current rating considerations Power Break II circuit breakers must be ...

Page 46: ...ating Breaker Performance In RMS Symmetrical kA Frame Size UL 489 1600 50 60 Hz 800A 2000A Standard 240V 65 85 480V 65 65 600V 50 50 Hi Break 240V 100 125 480V 100 100 600V 65 65 Short Time 10 5 sec 25 40 IEC 947 2 Ratings 415V 50 60 Hz leu 7 5 lcs 56 lew 1 sec 40 Q Requires 4000A construction Table 46 2 Estimated 400 Hz Interrupting Ratings RMS Symmetrical Amperes Not UL Listed Standard Break Fra...

Page 47: ...or high ambient conditions Per Table 44 2 Factor B 60 C breaker ambient tempera ture requires a derating factor of 1 10 Similarly the 6500 ft altitude requires a 1 04 derating factor see Table 45 1 Factor D This feeder is a critical circuit and therefore a Safety Factor F of 1 10 will be applied Next multiply the load lA by the several factors AxBxCxDx ExF to determine the minimum frame ampere rat...

Page 48: ...erminals A Block 48 Right side secondary terminals B Block Time Current Tripping Characteristics Power Break II insulated case circuit breaker time current curves are the engineering documents that define the tech nical performance of the devices Information provided on a time current curve includes the following Product family type s Specific device type s Ampere ratings covered on curve Overcurr...

Page 49: ...cal Distrfbution Available Ratings Amperes C r lt fnemet i Wr K Si 0to51 J PowerBreak II Insulated Case Circuit Breakers G ES 9889H Types SS SH i togrommorAdjust ts with Power licroVersCJinp Plus 0 P1icroVersoTrip PM O loyaooo 1 3 en Digital Rtv1S Trip UnJts Long ime Oe oy Short tvne De oy nnrl lnstontnn eaus Time Cunent Cvves 49 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c ...

Page 50: ...SETTING MULTIPLES OF GROUND FAULT PICKUP SETTING Insulated Case Circuit Breakers Power Breakm II SS SH Power r t cro VerseT ip Plus or r croVersaTrip PM 01gital Rt Tnp u ts GES 9890E Adjustm e nts Gro1md fq1 1 t f mc r n w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 51: ...ROl 2 To prevent heating do not mount breaker to magnetic steel back support 3 All outline dimensions are the same for manually and electricallyoperated devices 4 Dimensions in brackets are in millimeters 8 32 FL ATHEAD SCREW 14 PL AC E S I T R I M PLATE 12 00 304 8 8 00 203 2 ALL C O N T R OL W I R I N G C O N N E C T I ONS E X C E P T AU X IL IAR Y SW ITCHES T H I S S I DE C AT NO SPPBCOVER PUSH...

Page 52: ...30 210 6 1 1 1 1 19 284 1 l A 11 59 294 3 l 1 V4 20 mounting bolts to be furnished by customer 2 To prevent heating do not mount breaker to magnetic steel back support 4 o ru aJ SEE NellE 5 11 88 301 8 3 All outline dimensions are the same for manually and electrically operated devices 4 Dimensions in brackets are in millimeters 5 4 50 114 3 minimum distance above breaker to metal in an area 5 31 ...

Page 53: ...T P A DL O C K F E ATURE IST A N DARDI SEALABLE L ATCH B 32 FL ATHEAD SCREW 4 PLACES T R I M PLATE ALL C O N T R OL W IR I N G C ON N E C T I O N S E X C E P T AUX IL IARY S W I T C H E S T H I S S I DE 12 00 8 00 304 8 6 35 203 2 161 3 I D 32 TAP 35 OCEP I N S E R T S 4 PL AC ES F O R C US T O M E R USE IE SPE C IAL S H I E L DS I N TERLOC K 3 All outline dimensions are the same for manually and ...

Page 54: ...olts to be furnished by customer 2 To prevent heating do not mount breaker to magnetic steel bock support 1 3 00 3 30 2 66 16 6 15 7 3 All outline dimensions ore the some for manually and electrically operated devices 4 Dimensions in brackets ore in millimeters 5 4 50 114 3 minimum distance above breaker to metal in on oreo 5 31 x 16 00 134 9 x 406 4 due to ore chamber venting 54 w w w E l e c t r...

Page 55: ...COVER OPTIONAL CAT NO SPOIL DEFEATABLE DOOR INTERLOCK OPTI ONALJ 10 32 262 2 FOR VER T I CALLY INTERCONNECTED MECHANICAL I NTERLOCK NO TE 5 I 25 DIA CLEARANCE HOLE M I NIMUM k D T 6 N 06URFACE FOR 25 6 4 D I A 1 13 28 7 Any comportment metal in 6 50 X 14 00 165 1 x 355 6 area below and above at 1600A minimum stocking height must be removed Reference UL891 dead front switchboards standard electrica...

Page 56: ...ment metal in 6 50 X 14 00 165 1 x 355 6 area below land above at 1600A minimum stacking height must be removed Refer ence UL891 dead front switchboards standard electrical spacing requirements 4 3 74 95 minimum distance above substructure to any metal in an are 5 31 x 16 00 134 9 x 406 4 due to arc chamber venting 5 Customer s location for drilling hole for horizontally orvertically interconnecte...

Page 57: ... O S I T I ON I NDI CA TOR TR IP U N I T DISPLAY AND KEYPAD R ATING PLUG CAT NO SPPBCOVER PUSHBU TTON COVER I O P T I O NAL CAT NO SPOIL DEFEATABLE DOOR I NTERL DCK OP T I ONAU 10 32 262 2 FOR VER T I CALLY INTERCONNECTED MECHANICAL INTERLOCK NOTE 5 1 25 D I A CLEARANCE HOLE MINIMUM IN MOUNTING SURFACE FOR 25 6 4 QIA THREADED ROO 1 1 3 cze 7 3 Any comportment metal in 10 00 X 14 00 254 0 x 355 6 o...

Page 58: ...ces 2 Dimensions in brackets ore in millimeters 3 Any comportment metal in 10 00 x 14 00 254 0 x 355 6 area below and above at 1600A minimum stacking height must be removed Reference UL891 dead front switchboards standard electrical spacing requirements 4 3 74 95 minimum distance above substructure to any metal in an area 5 31 x 16 00 134 9 x 406 4 due to ore chamber venting 5 Customer s location ...

Page 59: ...B II AUX 6 8 8 26 ZSI INPUT w 30 AUX S COM 2 AU 6 COM 7 COIIIIET 25 ZSI INPUT G G 31 AUX 3 A 3 AUX 4 A 6 CO IKT 14 lSI OUTPUT y w 31 AUX 3 8 14 AUX 4 8 S C 1 VOLTS 11 ZSI OUTPUT R R 31 AUX l COM HUX 4 COII 4 B 0 VOLTS 22 010 SWITCH w w 34 AUX I A 6 AUX 1 A 3 A lOllS 11 010 SWiTCH l l 35 AUX I B 17 AUX B 1 24Y LTS DC 2Q A H TAP B 3fiAux I COM B AUX IC 24YOL IS OCt 19 B H COII w t t t t FAR NEAR NEA...

Page 60: ...06 1bs 54 lbs None 48 2 kg 24 5 kg 3780 CU ln 61943 cu em None 125 lbs 68 1bs 34 2 sq in 220 6 sq em Total 56 8 kg 30 9 kg 5670 cu 1n 92915 cu em 29 5 sq 1n 190 3 sq em Tap 4 66 sq in 30 0 sq em Bottom Add 9 lbs 4 1 kg for electrical operator 1 Dimensions in brackets ore metric 2 Busbars or cables should be sized per UL891 dead front switchboards standard 60 OF DRAWOUT ONLY Standard Door Cut Out A...

Page 61: ... CYCLES 90Q TO CHAnGE 2 25 57 1 I 21 76 552 6 CAT NO SPOIL DEFEATABLE DOOR N fERLOCI OPTJ QNAU PUL L O U T PADLOCK FEATURE S TANDARD 1 9 75 301 6 l L All outline dimensions are the same far manually and electrically operated devices 2 Dimensions in brackets are in millimeters 3 8 00 I 203 2 minimum distance above breaker to metal due to arc chute venting TRIP UNI T DISPLAY AND K E Y P A D RATING P...

Page 62: ...S U P P L I EDl I jL__ j C A T NO SPK4 KFY I N l lKLOCK P R O V I S I O N OP T I O NA U I I 1 36 34 7 t i 3 10 78 8 F t CE O F _ BREAKER 5 0 12 7 J i 4 40 111 9 f 9 38 23 8 3 f 12 25 311 2 t 1 12 65 321 3 l 1 All outline dimensions ore the some for manually and electrically operated devices 2 Dimensions in brackets are in millimeters 3 8 00 203 2 minimum distance above breaker to metal due to arc ...

Page 63: ...I NG CONNE C T I ONS EXCEPT AU X I L I A R Y SWI TCHES TH I S S I DE P ULL OUT PADLOCK FEATURE IS TANOARDl T R I P U N I T DI SPLAY AND KEYPAD 1 All outline dimensions ore the some for manually and electrically operated devices 2 Dimensions in brackets are in millimeters 8 00 203 2 minimum distance above breaker to metal due to arc chute venting CA f NO SPPBCOVER PUSHB UTTON COVER OP T I ONAU CAT ...

Page 64: ...PPL lEDI FACE OF BREAKER 1 9 00 228 6 1 11 88 301 8 1 1 12 28 311 8 l 78 09 8 06 1 5 3 18 16 TAP 44 11 2 DEEP KNOCKOJT FOR WALK ING BEAM I N TERLOCK 21 5 4 7 00 177 8 3 8 16 TAPPED H OLE TY P I CAL 1 All outline dimensions are the samefor manually and electrically operated devices 2 Dimensions in brackets are in millimeters 3 8 00 203 2 minimum distance above breaker to metal due to arc chute vent...

Page 65: ... PUSHB U TTON COVER O P T IONAL CAT NO S P O I L DEFEA TAB L E D O O R I N TERLOCK O P T I ONAL 1 All outline dimensions ore the some for manually and electricallyoperated devices 2 Dimensions in brackets ore in millimeters 3 8 00 203 2 minimum distance above breaker to metal due to arc chute venting ARY 65 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a...

Page 66: ...P 44 11 2 DEEP 4 00 001 6 L_ 44 ou1 DlA THRU 40LES TYPICAL 21 5 4 2 00 50 8 11 97 304 0 1 7 97 456 4 l l 2 00 50 8 1 1 2 oo so a 1 9 00 228 6 1 2 53 64 3 r 11 88 301 8 5 53 040 5 1 12 28 311 8 ____ 1 All outline dimensions are the same far manually and electrically operated devices 2 Demensions in brackets ore in millimeters 3 8 00 203 2 minimum distance above breaker to metal due to ore chute ven...

Page 67: ...LOCK O P T I ONAL 1 All outline dimensions ore the some for manually and electrically operated devices 2 Dimensions in brackets are in millimeters 3 8 00 203 2 minimum distance above breaker to metal due to arc chute venting S P R I NG CH ARGE HANDLE 6 CY CL ES 90 TO CHARGE CHARGED 01 SCH ARGED I NDICA l OR 2 0 2 50 A l l CONTR OL W I R I NG CONNEC Tl ONS E XCEP T AU X I L I AR Y SWI TCHES TH I S ...

Page 68: ... 8 00 203 2 SEE N O T E 3 rw Ri l l 1 0 I II I i lj I i ii i I II I i il J I I 1 00 25 4 O I A L l r T I N G HOLES T Y P I C AL 0 0 REMOVABLE T R I M PLATE 1 5 0 38 1 1 88 47 6 6 1 0 1 5 4 8 t 1 1 0 7 281 2 J 13 94 354 1 _ _ _ _ _ ___ 1 1 4 3 4 3 64 2 1 1 All outline dimensions ore the some for manually and electrically operated devices 2 Dimensions in brackets ore in millimeters 3 8 00 I 203 2 mi...

Page 69: ... 36 PT I N i tRMEDlATE TER INAL BLOCK DRAWOUT POS I T I O N INDI CATOR CAT NO SPPBCOVER PUSHBUTTON COVER OPTI ONAL C A T NO S P O I L DEFEATABLE DOOR I N TERLOCK O P T I ONAL PULL OUT PADLOCK FEATURE I S TANDARD 11 1 14 3 6 OFFSET BOTH S I DES 6 35 161 4 1 All outline dimensions ore the same for manually and electrically operated devices 2 Dimensions in brackets are in millimeters 3 4 25 108 minim...

Page 70: ...A 4 HOLES AEF 3 85 9 7 7 rT FOR H O R I Z O N TALLY I NTERCONNECTED MECHANICAl I N T ERLOCK SEE NOTE 4 00 25 4 D I A CLEARANCE 1 lOLE REQUIRED MI N I MUM I N ANY COMPAR TMENT D I VIDER OR SHEET METAL 1 All outline dimensions are the same for manually and electrically operated devices 2 Dimensions in brackets ore in millimeters 1 25 3 7 OIA HOLE FOR B Y PASS SWITCH WIR ING 3 4 25 108 minimum distan...

Page 71: ...T I ONS EXCEPT AUX S W I TCHES 6 32 FLATHEAD SCREW C4 PLACESJ FOR VER T I CALLY INTERCONNECTED MECHANICAL I N TERLOCK SEE N O TE 4 1 l 1 9 25 234 9 1 H H 1 18 50 469 9 80 TTOM MOUNT lNG HOLES 19 97 507 1 1 All outline dimensions ore the some for manually and electrically operated devices 2 Dimensions in brackets are in millimeters 3 4 25 108 minimum distance above substructure 18 00 203 2 from top...

Page 72: ... Ml lJ 1UM I N ANY COMPAR TM NT DIVIDER OR SHEET METAL 75 09 0 TH COPPER HEAT S I NKS TYP 27 71 70 3 8 1 All outline dimensions ore the some for manually and electrically operated devices 2 Dimensions in brackets ore in millimeters 3 4 25 108 minimum distance above substructure 8 00 203 2 from top of circuit breaker to any metal in on area 9 00 x 16 00 228 6 x 406 4 due to arc chamber venting 4 Cu...

Page 73: ... r Hi WIREl 0 n I D I 10 82 II I SEE I lfi 274 8 iSH ETi I I I I 9 75 J I I 8 24 7 6 I I I I roTJ Hi I I I I 0 l_ _ j I I 1 1 l f L j r 1J j L8 30 210 8 1 25 5 35 11 19 284 1 1 1 5 9 294 3 73 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 74: ...r1 1 Hi IWlREl c rd i D 1 0 82 c I I I SEE I 274 8 iSH ETi h I I I I 9 75 J I I 8 24 7 6 I I I I Hi I I I I l_ _ j 1 I I f L j I lT J L8 3 0 2 0 8 25 6 35 11 19 28 4 1 1 1 5 9 29 4 3 74 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 75: ...ECH ANI CAL I N TERLOCK SEE NOTE 3 I 25 D I A CLEAR ANCE H O L E MI N I MUM IN MOU N T I N G S U R F ACE FOR 25 6 4 O I A THREADED R O D 1 1 3 28 7 1 All outline dimensions ore the same far manually and electrically operated devices 2 Dimensions in brackets ore in millimeters 3 Customer s location for drilling hale for horizontally or vertically interconnected mechanical interlock See bottom or si...

Page 76: ... All outline dimensions are the same for manually and electrically operated devices 2 Dimensions in brackets are in millimeters HORI ZONTAL CCNNECTION t 50 S TROKE 63 I IS 9 r l a 13 7 3 c tc cf li J 3 Customer s location far drilling hole far horizontally or vertically interconnected mechanical interlock See bottom or side view 76 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e ...

Page 77: ...terlock 27 94 709 7 I I L__________ 1 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I rci ii I _L_i_ 9 38 238 3 1 1 2 25 311 2 12 65 1 321 3 77 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 78: ...lock 293 I 0 0 0 0 0 0 0 0 0 0 0 lf T I 2 g 78 0 I 15 66 VE R T I C AL CONNEC T I O N 397 7 t 50 STROKE 1 18 5 1 463 5 53 1 l 7 00 177 8 1 66 16 8 I 9 6 2 244 4 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 79: ... D I A CLEARANCE HOLE MI N I MUM I N MOU N T I NG SURFACE FOR 25 6 4 D I A THREADED ROD 1 All outline dimensions are the same for manually and electrically operated devices 2 Dimensions in brackets are in millimeters 3 Customer s location for drilling hole for horizontally or vertically interconnected mechanical interlock See bottom or side view 79 w w w E l e c t r i c a l P a r t M a n u a l s c...

Page 80: ...i CAL I N TERLOCK SEE N O TE 3 1 00 25 4f DtA CL EARANCE H O LE REQU IRED M I N I MU M I N ANY COMP A R T M E N T D I V I DER O R SHEET METAL 1 All outline dimensions are the same far manually and electrically operated devices 2 Dimensions in brackets ore in millimeters 0 0 0 0 0 0 0 0 0 0 3 Customer s location for drilling hole for hoizontolly or vertically interconnected mechanical interlock See...

Page 81: ... I I I I I I I I I I I I I I I I I I I I I I I I I I 0 5 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I i I I I I I 14 34 364 3 i I I tD 11 07 281 2 13 94 354 1 II I 76 5 r 0 0 c ttt i J ret 0 0 81 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 82: ...0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 I I 9 0 0 1 i 3 1 2 H O R I ZONTAL CONNECTION 82 18 59 V E R T I C AL CONNEC T I ON 472 2 50 S TROKE j_ __ I I r 5 00 1 D Z Oj 23L8 1 50 S TROKE 1 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 83: ... THREADED ROO 1 9 25 234 9 f 4 H t f 18 50 469 9 BOTTOM MOU N T I NG HOLES 1 19 97 507 1 l 1 All outline dimensions ore the some for manually and electrically operated devices Dimensions in brackets are in millimeters 3 Customer s location for drilling hole for horizontally or vertically interconnected mechanical interlock See bottom or side view 83 w w w E l e c t r i c a l P a r t M a n u a l s ...

Page 84: ...ctrically operated devices 2 Dimensions in brackets ore in millimeters 75 19 0 THK COPPER 0 0 3 Customer s location for drilling hole for horizontally or vertically interconnected mechanical interlock See bottom or side view 84 3 06 77 1 HEAT SINKS rvP 27 71 703 8 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 85: ...I II I COLOR CODES R RED P PURPLE W WH I TE G GREEN Y YELLOW B BLACK N BROWN L BLUE 18 ELECT OPER 36 ELECT OPER R 8 17 RMT CHCY 35 RMT CHG w L 16 Rltll CLS 34 RMT CLS y N 15 B A ONLY COM 33 CHG NO y G 14 B A ONLY N 0 l2 SHUNT TRIP N B 13 B A ONLY N C Jl SHUNT RIP p B 12 B A LOCKOUT COM JO U V R w L D B A LOCKOUT KO 29 U Y R L 10 B A LOCKOUT N C 28 B 9 8 7 COUfT G 6 COMitiET y 5 C iil VOLTS R 4 B i...

Page 86: ...op 135 sq in 871 sq em Bottom 270 sq 1n 1 742 sq em Total 25 143 cu 1n 135 sq m 871 sq em Top 1412 020cu em 135 sq 1n 871 sq em Bottom 10 991 cu 1n 246 sq 1n 1 587 sq em Total 180 108 cu em 123 sq in 793 5 sq em Top 123 sq rn 793 5 sq em Bottom 10 991 cu In 246 sq in 1 587 sq em Total 180 108 cu em 123 sq 1n 793 5 sq em Top 123 sq 1n 793 5 sq em Bottom 15 138 cu in 246 sq 1n 1 587 sq em Total 248 ...

Page 87: ...aterial SP08FCA SP08FCC 3Jt 6 REF 14 AL AL Finish A Tin 78 01 02 19 8 0 3 0 5 Tin 375 005 9 53 0 13 f 4 0 REI BR j t_ _ 1 4 3 VERTI CAL 1 T studs may be mounted to either the line or load strops ond oriented horizontally or vertically as shown 2 Dimensions in brackets ore in millimeters 87 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 88: ...ONTAL Finish A Breaker Amps Tin 010 0 25 1600A 2000A 78 020 19 8 0 51 Tin 750 005 19 05 13 1600A 2000A BREAKER 1 1 I UO I U43 I VERTI CAL 1 T studs may be mounted to either the line or load strops and oriented horizontally or vertically as shown 2 Dimensions in brackets are in millimeters 88 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m...

Page 89: ...EAKER l OF T STUD NOTE DUE TO POTWTIA LLY SHORT PHASE TO PHASE CLEARANCE 5PS5CFCC I S NOT COMMENDED 2 FOR HORIZONTAL INSTALLATION r o r H O R I ZO N TAL BREAKER SPS20FCA OF T STUD 5 00 127 0 00 6 9 l VE R T C A L 4 00 101 7 50 12 7 O I A TYPICAL SPS30FCC 89 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 90: ... 8 25 6 TYPICAL 25 6 3 i YP CAL SPS40LFCC 90 SPS40FCC REF LINE SHif LD t SSEMBLY E N D VI EW O F C I R CU I T B R E AK E R 1 SPS40FCC may be used on all poles or alternated with SPS40LFCC as shown SPS40FCC 0 SPS40FCC 56 4 3 DIA 4 PLACES V I E W S H OWN W I TH O U T L I N E S H I E LD ASS EMBLY w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o...

Page 91: ...EAKFR BACK OF BREAKER 44 ft l DIA 4 PLACES SPS25BCC BREAKER i OF T S TUO HORIZONTAL BREAKER OF T S TUD VE R TI CAL 3 25 82 5 SPS20BCA 4 78 02 4 2 00 50 B f f f 2 28 57 9 3 S 16 TAPPED HOLE TYPICAL SPS20BCA 44 IU DIA 4 PLACES 91 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 92: ... Amps 1 zx i 1 1 Dimensions in brackets ore metric 92 t 2X to l l i6 2 f 4 50 R 114 3 SOOA POWER BREAW OR POWER BREAt II CIRCUIT BREA J R w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 93: ... TI 15 62 96 91 POWER BREAK TP THP 11 88 301 8 POWER BREAK II SSF SHF BET NE N LINE 8 LOAD STRAP HOLES REF CONICAL SPRING WASHER 17 50 190 5 t 1 TPLUGA 16 kit fits on line or load side of oii 1600A Power Break or Power Break II circuit breakers 2 Dimensions in brackets ore in millimeters 93 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 94: ... II _j 7 50 r ll 190 6 r II I II I I II I II I __ I I I I I I I I I I 0 I I I I I I I I I I I I I I 7 00 1 77 8 _j 1 TPLUGA 16 kit fits on line or load side of aii 1600A Power Break or Power Break II circuit breakers 2 Dimensions in brackets are in millimeters 94 75 19 1 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 95: ...D WITH SPLUGA20 KIT 11 88 301 81 POWER BREAK I I SSF SHF BETwtEN LIAE LOAD STRAP HOLES REF 1 2 13 X 1 25 SOLTS CONICAL SPRING WASHER l 7 50 190 5 t 1 SPLUGA20 kit fit on line or load side of all 2000A Power Break II circuit breakers Does not fit on original Power Break 2000A circuit breaker 95 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o...

Page 96: ...I 4 50 114 3 4 50 114 3 I I I I I I I I I I I I I I I I I I I I I I I I I I 7 00 177 8 1 SPLUGAZO kit fit on line or load side of all ZOOOA Power Break I I circuit breakers Does not fit on original Power Break ZOOOA circuit breaker 3 00 76 2 75 19 1 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 97: ...V1 1 I J I I I 1 nnnnnnn 1nnnnn n I nnnnn111 Ullllll IIIIVIV illlfl j OF CONNECTOR END V I E W OF C I R CU I T B R E AKER J I I ft I IIIA l J _ t IVVVVVVV I L 1 r lftnftMM hllllir TSLUG25 OF CONNECTOR 1 Lug kit contains complete 3 pole line or load connection T 6 DS SPS25FC I NCLUDED W I TH LUG K I T MAX LUG SCREW E X T ENS I ON T Y P 2 SPSZOBCA and SPS25BCC back connected studs for use with back ...

Page 98: ...00 4 00 4 2 SPS20BCA See Note Bl 1600 4 50 5 3 SPS20FCA See Note C 2000 4 50 6 3 2500 6 25 7 4 SPS25BCC See Note B SPS25FCC See Note C Note A Lug kit contains complete 3 pole line or load connection Note B SPS20BCA and SPS25BCC bock connected studs for use with bock connected Power Break II circuit breakers Note C SPS20FCA and SPS25FCC front connected studs for use with front connected Power Break...

Page 99: ... q 0 CONNECTOR Note A 3000 Amp back connected circuit breaker has nan removable integral connectors Note B Lug kit contains complete 3 pale line or load connection as shown Note C SPS30FCC and SPS40FCC front connected studs for use with front connected Power Break II circuit breakers 99 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 100: ... 4 00 5 3 1 SPS30FCC See Notes A Bl 4000 7 94 9 00 1 1 4 6 00 6 75 SPS40FCC See Note Cl Note A 3000 Amp bock connected circuit breaker has nan removable integral connectors Note B Lug kit contains complete 3 pole line or load connection as shown Note C SPS30FCC and SPS40FCC front connected studs far use with front connected Power Break II circuit breakers w w w E l e c t r i c a l P a r t M a n u ...

Page 101: ...00V S U GGE S TE D MO U N T I NG F O O T P R I N TS FOR B O TH TRANS F O R MERS SIDE Ref60Hz Approx Maximum Envelope kVA Weight Dept Width Height llbs A B c 050 2 6 3 97 3 29 2 79 087 3 4 4 47 3 29 2 79 Depth D 2 16 2 66 G ISLO T MOUNT Nil Mounting Width Height E F 2 50 2 19 X 7 50 2 50 219 X 750 101 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a ...

Page 102: ...0A Frame DCTA I L A 53 50 102 r 28 99 L 2950_ _ _ _ _ _ _ ___ 1137 5 1 l 1 0 5 0 f L___ J 21 52 _l e i 1 4 75 j 14 25 I SEE DET A I L A w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 103: ...II Enclosure 800A Frame 0 0 l I I I i 51 50 0 f 0 0 0 2 00 f2o1 F o l I o 0 0 0 0 0 0 0 0 0 0 0 0 0 Ill L 2 00 55 00 103 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 104: ...A Frames 104 D E r A I L A TY P CAL 62 8 8 00 I 38 92 I l a J t _j 38 j l r r 2 i 39 00 1 f J _ r 1375 _ _l l 11 L J I 1 2 00 J j 19 50 S E DETAIL A w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 105: ...Physical Data Power Break I I Enclosure 1600A And 2000A Frames 86 00 0 0 0 00 t2 0 0 105 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 106: ... 3000 2000 TSLUG20 SH4 2500 TSLUG25 SH4 3000 TSLUG30 SH5 4000 4000 TSLUG40 SH5 106 Table 106 4 Outline Drawings Neutral Sensors For Power rH MicroVersa Trip PlusrH And MicroVersaTrip PMTH Units Breaker Sensor RatingCD Catalog Outline Drawing Frome Amps amps Number Number 200 TSVG302 400 200 TSVG304A 800 600 300C l TSVG306A 800 400 TSVG308A 800 400 TSVG808A 1000 500 TSVG810A 1600 1200 600 TSVG812A ...

Page 107: ...ation Volume None 60 0 Sq ln l387 1 Sq Cm Total 3447 Cu ln 30 0 Sq ln 1 1935 Sq Cm Top 156 486 Cu Cm 30 0 Sq ln l1935 Sq Cml Bottom 86 4 Sq ln 1557 4 Sq Cm Total 43 2 Sq ln l278 7 Sq Cml Top 43 2 Sq ln l278 7 Sq Cm Bottom 3780 Cu In None 161 943 Cu Cml None 34 2 Sq In 1220 6 Sq Cm Total 5670 Cu In 29 5 Sq ln l190 3 Sq Cm Top 182 915 Cu Cml 4 66 Sq ln 30 0 Sq Cm Bottom 160 Sq ln l1032 Sq Cml Total ...

Page 108: ...f Relay Systems to Radiated Electro magnetic Interference from Transceivers 108 International Electrotechnical Committee IEC Bureau Central de Ia Commission Electrotechnique lnternationale 3 rue de Varamb e Geneve SU ISSE IEC 801 2 2nd Edition 1 991 04 Electromagnetic Compatibilit y for Industrial Process Measurement and Control Equipments Part 2 Electrostatic Discharge Requirements National Elect...

Page 109: ...isions shall ac cept up to three padlocks with 1 4 to 3 8 diameter shanks This provision shall meet OSHA and California Code EUSERC requirements Each stationary and drawout breaker shall have provisions for up to 72 dedicated secondary terminal points All discon nected points shall be capable of being probed from the front of the breaker All breaker control and accessory wiring including wiring fo...

Page 110: ...ing the rating plug the trip unit and the ENTER key on the protec tive trip unit to make the installation tamper resistant j The unit shall be dual rated for both 50Hz and 60Hz operation Noise immunity shall meet the require ments of ANSI Standard C37 90 2 k The trip unit shall have an integral resettable trip counter to record the number of long time short time instantaneous and ground fault trip...

Page 111: ...justable pickup 10kW to 990 kW adjustable delay 1 to 15 seconds 7 OPTIONAL The trip unit shall include communication capability as follows a The trip unit through dedicated secondary terminal on the breaker shall provide a communication port for communication with and access to a remote comput er via the breaker supplier s standard communication network and protocol b All metering setpoints protec...

Page 112: ...e sistant i The unit shall be dual rated for both 50Hz and 60Hz operation Noise immunity shall meet the require ments of ANSI Standard C37 90 2 j The trip unit shall display trip targets for long time short time instantaneous and ground fault With optional Target Module 112 3 The trip units for the main and tie breakers shall include the following protective functions a Adjustable long time curren...

Page 113: ...R LEADER Display Meter DE 326 POWER LEADER Monitor DE 334 POWER LEADER Repeater DE 333 POWER LEADER Communication Network Interface CNI Card DET 001 POWER LEADER Communication Junction Box DET 01 1 POWER LEADER Product Interface Module DET 025 POWER LEADER PCM Gateway Module DET 013 POWER LEADER Distribution Software DET 002 POWER LEADER Distribution Software Packages DET 003 POWER LEADER Distribu...

Page 114: ...Notes 114 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 115: ...115 w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 116: ...acting on its behalfassumes any liability with respect to the use of or for damages or injury resulting from the use of any information contained 1n this application guide GE Consumer Industrial 41 Woodford Avenue Plainville CT 06062 Power Break is o registered trademark of the General Electric Company 2007 General Electric Company www geelectrical com l rl GET 8052C 0707 w w w E l e c t r i c a l...

Page 117: ...w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

Page 118: ...w w w E l e c t r i c a l P a r t M a n u a l s c o m w w w E l e c t r i c a l P a r t M a n u a l s c o m ...

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