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Part Manufacturer Description Datasheet BUY
LTC1556CGN#PBF Linear Technology LTC1556 - SIM Power Supplyand Level Translator; Package: SSOP; Pins: 20; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1555CGN#TR Linear Technology LTC1555 - SIM Power Supplyand Level Translator; Package: SSOP; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1555IGN Linear Technology LTC1555 - SIM Power Supplyand Level Translator; Package: SSOP; Pins: 16; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1555CGN Linear Technology LTC1555 - SIM Power Supplyand Level Translator; Package: SSOP; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1555IGN#TRPBF Linear Technology LTC1555 - SIM Power Supplyand Level Translator; Package: SSOP; Pins: 16; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1556CGN#TRPBF Linear Technology LTC1556 - SIM Power Supplyand Level Translator; Package: SSOP; Pins: 20; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy

bs88 zs levels

Catalog Datasheet MFG & Type PDF Document Tags

telemecanique contactor catalogue

Abstract: telemecanique star delta starter (Zs). Table 41A2 in the Regulations specifies values of Zs for HBC fuse links to BS88: Part 2: 1975 , Issued March 1997 232-3608 Data Pack B Data Sheet BS88 HBC Fuselinks, type T HBC* fuselinks ASTA* certified to BS88: Part 2: 1975, suitable for general purpose industrial applications (eg , revisions of BS88: Parts 1 and 2). *HBC (High Breaking Capacity) is sometimes denoted as HRC (High , dissipation; values well within the limits of BS88: Part 2, allowing associated equipment to run cool and to
RS Components
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telemecanique contactor catalogue

Abstract: telemecanique star delta starter (Zs). Table 41A2 in the Regulations specifies values of Zs for HBC fuse links to BS88: Part 2: 1975 , Issued March 1992 012-659 Data Pack B Data Sheet BS88 HBC Fuselinks, type T HBC* fuselinks ASTA* certified to BS88: Part 2: 1975, suitable for general purpose industrial applications (eg , revisions of BS88: Parts 1 and 2). *HBC (High Breaking Capacity) is sometimes denoted as HRC (High , dissipation; values well within the limits of BS88: Part 2, allowing associated equipment to run cool and to
RS Components
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bussmann Fuse 450 amps 250 volts max zs

Abstract: bs88 zs levels BS88 are : Rating (A) Zs Ohms Rating (A) Zs Ohms MOTOR CIRCUITS In motor circuits the fuse link has , Selection Table 2 Industrial & Motor Applications to BS88 Offset Bladed Tags - 550V/415V/240V Offset , capacity - 33KA. @- Rated upto 125A only Note : Bussmann offers some more LV BS88 type fuse to meet the , . Applications: General Industrial & Motors applications. Standards / Approvals : Meets BS88, IEC 269, IS13703 , requirements of BS88/IEC269/IS13703. Applications: Protection of Industrial installations & Motors. Volts : 660
Cooper Bussmann
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bussmann Fuse 450 amps 250 volts max zs bs88 zs levels bs 88 max zs values BS88 gM motor fuse 400SN11 800SR11 660/690V H07-660 K07-660 SN11S SP11S SR11S

HRC fuse gg GEC

Abstract: GEC Alsthom HRC ) of the Regulations specifies values of Zs when fuse links to BS88:Part 2:1988 are used. These are , Extended Motor Range 20M25 & 20M32f 2 NIT2 36 50 13 90 55 60 11 10 080 44-50 4 70 1430 4 NIT4 BS88. 1988 , TIA4 BS88 1988 Dimensional Ref A2 6 TIA6 10 TIA 10 16 T1A16 , 20 73 00 520 â'" 27 80 50 TIS50 BS88 1988 Dimensional Ref A3 63 T1S63 63M80 , 70 00 34 90 111 00 19 10 240 93 70 i 8 70 10 30 34 90 100 TCP 100 BS88 1988 Dimensional Ref A4
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OCR Scan
32M35-32M63 32M35 315M355 ASTA20 HRC fuse gg GEC GEC Alsthom HRC GEC Alsthom bs88 PART 2 Type T 3 phase, 415v and 270 kw motor GEC Alsthom 20M32 NIT16 NIT20 NIT20M25 NIT20M32

mccb 60947-2 max zs

Abstract: memshield 2 circuit levels for products in chart 2. CHART 2 UPSTREAM DOWNSTREAM BS88 Fuse Moulded case or , DISCRIMINATION â'" PROSPECTIVE FAULT LEVELS TO WHICH DISCRIMINATION IS ACHIEVED (A) UPSTREAM: BS88 FUSE MEM SB3 , the current-carrying capacity.â' Overcurrent can be divided into two individual levels of fault , delay. OVERLOAD DISCRIMINATION: Time/Current discrimination at overload levels for products listed in , or fuses upstream of it (see example 2). EXAMPLE 2 UPSTREAM BS88 Fuse Moulded case or
EATON
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mccb 60947-2 max zs memshield 2 MFL1003 project on dol starter wiring 18000 rpm DC motor 60947-2 MAX EARTH LOOP IMPEDANCE

GEC Alsthom HRC

Abstract: HRC fuse gg GEC with each other at fault levels up to their rated a.c. performance when the ratio between 'major' and , maximum earth loop impedance (Zs) given in Table 41 D(a) of 16th Edition, IEE Wiring Regulations are , under BS88 conditions. XS125 at 415 Volt. -(-
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100M125 GEC HRC FUSE LINK i2t motor protection Alsthom fuse GEC HRC fuse gg MST100 NS32M40 E563M80 X5I25 00M12

mccb 60947-2 max zs

Abstract: 60947-2 MAX EARTH LOOP IMPEDANCE :16.5kA (i.e. no further consideration of fault levels is necessary) · Colour coded ratings · , voltage levels To protect very sensitive electronic equipment. This fine protection complements the
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wiring diagram of rccb hager mcb 3 phase MCB installation drawing hager HD149U rcbo circuit diagram MZ528 MZ529 MZ520 MZ527

mccb 60947-2 max zs

Abstract: 60947-2 MAX EARTH LOOP IMPEDANCE :16.5kA (i.e. no further consideration of fault levels is necessary) · Colour coded ratings · , voltage levels To protect very sensitive electronic equipment. This fine protection complements the
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MCCB wiring diagram AE116Z HD148U IEC 60947-2 max zs HN204 HD147U

wiring diagram of rccb

Abstract: rcbo circuit diagram 30mA trip 100mA trip 100A *Occupies 2 ways # Fuses to BS88 For HRC modules with spare fuse , Type B & Type C. Lower earth fault loop impedance's (Zs) are generally necessary for Type D to achieve the operating times required by regulation 413-02-08. (Maximum Zs is calculated using the formula in , implied. Establishment of the value of the earth fault loop impedance (Zs) at the design stage of , unit devices Switchgear Technical Data Earth fault loop impedance's (Zs) to give compliance with BS
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ALB101 MCL116 mcb circuit diagram ASN100 A16UE type b mcb mcb tripping curves mem RCBO ALB061 AD06B ALC061 ALD061 AD10B

mccb 60947-2 max zs

Abstract: MCB ENERGY LET THROUGH NSB40 NSB50 6A 10A 16A 20A 32A 40A 50A 20 20 10 BS88 FUSE 160A sec 6 .01 1 , main considerations and high levels of earth leakage are experienced. Individual Circuits
WYLEX
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NHSW3100 NHTPSF160 NHTPSF20 MCB ENERGY LET THROUGH mcb technical detail b112c 80A mccb curve NSB310-C Wylex 604 NHSTM11604 NHSTM11606 NHSTM12504 NHSTM12506 NHSTM3604 NHSTM3606

stepping motor EPSON EM - 234

Abstract: EPSON motor em 402 the parallel bit outputs and sixty three comparators are used to quantize all input voltage levels
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TMS1601A stepping motor EPSON EM - 234 EPSON motor em 402 ECG transistor replacement guide book free induction cooker fault finding diagrams stepping motor EPSON EM 234 stepping motor EPSON em 331 RS232 ZN1034 RS232C

Allen-Bradley 100-M09

Abstract: 100-C09D10 levels, as shown in Figure7. Circuit Performance Considerations These devices will compute the r.m.s
Rockwell Automation
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193-EF Allen-Bradley 100-M09 100-C09D10 KRY 112 71/2 193-EF1A Allen-Bradley 100-c09*10 193-EF2A 100/104-M 100/104-C 100/104-D 100-G 100S/104S 193-E