UPL11-1-61-403 Sensata Technologies/Airpax, UPL11-1-61-403 Datasheet

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UPL11-1-61-403

Manufacturer Part Number
UPL11-1-61-403
Description
CIRCUIT BREAKER 2 POLE 40A
Manufacturer
Sensata Technologies/Airpax
Series
UPLr
Datasheet

Specifications of UPL11-1-61-403

Breaker Type
Hydraulic-Magnetic
Voltage
65VDC
Current - Trip (it)
40A
Number Of Poles
2
Actuator Type
Toggle
Mounting Type
Panel Mount
Lead Free Status / RoHS Status
Lead free / RoHS non-compliant
Other names
Q4982045
T1079983
Introduction
Single & Multi-Pole
Barriers
Configurations
Operating Characteristics
Delay Curves
Specifications
Decision Tables
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168
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186
APL/UPL, 205/295 Series
Magnetic Circuit Protectors

Related parts for UPL11-1-61-403

UPL11-1-61-403 Summary of contents

Page 1

Introduction Single & Multi-Pole Barriers Configurations Operating Characteristics Delay Curves Specifications Decision Tables APL/UPL, 205/295 Series Magnetic Circuit Protectors 168 | 169 | | 171 | 172 174 | 175 | | 180 | 186 ...

Page 2

... INTRODUCTION The APL/UPL magnetic circuit protector provides reliable, low-cost power switching, circuit protection and circuit control. The handle opens and closes a circuit, under normal load conditions, similar to an ON-OFF switch. Upon overload, the internal mechanism trips, opens the contacts and forcibly returns the handle to the OFF position. Since the protector is “ ...

Page 3

DUST SEALED PrOTECTOr Combining the proven mechanism of the APL/UPL circuit protector with a unique case design, the 205 version provides increased voltage ratings plus a dust proof enclosure. All openings in the case (including arc blowout vent and ...

Page 4

MULTI-POLE CIrCUIT PrOTECTOrS Multi-pole protectors are combined in an assembly with the actuating handles linked and the trip mechanisms internally coupled. A fault in either protected circuit opens all poles simultaneously. Applications include use in two-phase circuits, single-phase three-wire systems ...

Page 5

BArrIErS There are three barrier styles available for the 205/295, 215/285 protectors. Barrier style “B” is supplied for voltages between 200Vac and 250Vac inclusive. Barrier style “D” is required for voltages above 250Vac. Barrier style “C” is available for voltages ...

Page 6

APL/UPL, 205/295 CONFIGUrATIONS Series Trip The most popular configuration for magnetic protectors is the series trip where the sensing coil and contacts are in series with the load being protected. The handle position conveniently indicates circuit status. In addition to ...

Page 7

Series Trip (See Note A) .625 ± .031 .281 ± .020 (15.88 ± 0.79) (7.14 ± 0.51) 1.940 [49.28] LINE LOAD ( 50 AMP) Series Trip with Auxiliary Switch 1.290 ± .031 (32.77 ± 0.79) .280 ± .031 (7.11 ± ...

Page 8

APL/UPL, 205/295 OPErATING CHArACTErISTICS 0.050 AMPS TO 50 AMPS - PeRCeNTAge Of RATeD CURReNT VS TRIP TIMe IN SeCONDS AT +25°C Voltage Delay 100% 125% (Note Trip May trip 41 No Trip May trip 42 No Trip ...

Page 9

PULSe TOLeRANCeS Delay Pulse Tolerance 61 times (approx.) rated current 61F, 62F 20 times (approx.) rated current 64, 65 times (approx.) rated current 64F, 65F, 66F 35 times (approx.) rated current Note: These limits do not ...

Page 10

Delays 64, 65 and 66 Delays 64, 65 and 66 are the latest 50/60Hz delays with short, medium and long trip times respectively. The patented protector design provides both increased tolerance to high inrush induced nuisance tripping and longer trip ...

Page 11

DC/50/60Hz Delay Curves (typ) (Multi-frequency) A choice of delays is offered for combined DC and 50/60Hz operation. Delay 70 is fast acting, non-delayed tripping to protect sensitive electronic equipment (not recommended where known inrush exists). Delay 71 has a short ...

Page 12

DC Delay Curves (typ) A choice of delays is offered for DC applications. Delays 50 and 59 provide fast acting, non-delayed tripping to protect sensitive electronic equipment (not recommended where known inrush exists). Delay 51 has a short delay for ...

Page 13

Delay Curves (typ) A choice of delays is offered for 400Hz applications. Delays 40 and 49 are fast acting, non-delayed tripping to protect sensitive electronic equipment (not recommended where known inrush exists). Delay 41 has a short delay for ...

Page 14

APL/UPL SPECIFICATIONS Trip free Will trip open on overload, even when the handle is forcibly held on or restrained. This prevents operator from damaging the circuit by holding the handle in the ON position. Trip Indication The operating handle moves ...

Page 15

APL/UPL - NOMINAL DCR / IMPeDANCe Resistance (ohms) Current DC Delays Ratings (Amps 51, 52, 53 0.05 162 540 460 0.10 35.4 105 155 0.50 1.2 4.2 4.5 1.0 .236 1.02 1.2 5.0 .021 .048 .059 10.0 .0060 ...

Page 16

SPECIFICATIONS Trip free Will trip open on overload, even when the handle is forcibly held on or restrained. This prevents operator from damaging the circuit by holding the handle in the ON position. Trip Indication The operating handle moves ...

Page 17

RATINgS Configurations Current Ratings (Amps) 0.050 - 50 0.050 - 100 0.050 - 60 0.050 - 50 Series and Shunt 0.050 - 20 0.050 - 50 0.050 - 0.050 - 20 0.050 - 30 ...

Page 18

MPL SPECIFICATIONS Auxiliary Switch Ratings (APL/UPL, 205/295) rEC4 and rEC5 are rated at 10 amperes, 250Vac or 3 amperes, 50Vdc. rEG4 and rEG5 are rated at 0.1 amperes, 125Vac. Moisture Resistance Designed to meet the requirements of MIL-PrF-55629 when ...

Page 19

ReCOMMeNDeD TORQUe SPeCIfICATIONS Component 6-32 Mounting Inserts M3 Mounting Screws 10-32 Screw Terminals M5 Stud Terminals 1 Stud Terminals Where applicable, mechanical support must be provide to the terminals when applying torque MPL - RATINgS Current Ratings (Amps) ...

Page 20

APL/UPL DECISION TABLES How to Order The ordering code for APL/UPL circuit protectors may be determined by following the steps in the decision tables shown here. The coding given permits a self-assigning part number; other configurations may require a factory ...

Page 21

UPL 61- 203 APL/UPL, 205/295 Series - APL/UPL Decision Tables 187 ...

Page 22

DECISION TABLES How to Order The ordering code for 205/295 circuit protectors may be determined by following the steps in the decision tables shown here. For example, the code shown is the code for a UL recognized, two pole ...

Page 23

Fourth Decision Hz and Delay 40* 400Hz 150% instant trip 41* 400Hz short delay 42* 400Hz long delay 43* 400Hz motor start 49* 400Hz 130% instant trip 50 DC 150% instant trip 51 DC short delay 52 DC long ...

Page 24

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