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SPECIFICATIONS 

 

 

 

 

710-02408-00H 

CSXi 

Page 11 

7.3

 

Semiconductor Fuses 

Semiconductor fuses can be used with CSX

i

 soft starters to reduce the potential for damage to SCRs from 

transient overload currents and for Type 2 coordination. CSX

i

 soft starters have been tested to achieve 

Type 2 coordination with semiconductor fuses. Suitable Bussmann and Ferraz semiconductor fuses are 
detailed below. 

 

Model 

SCR I

2

T 

(A

2

S) 

Ferraz Fuse 

European/IEC Style 

(North American Style) 

Bussmann Fuse 

Square Body 

(170M) 

Bussmann Fuse 

British Style (BS88) 

CSXi-007 

1150 

6.6URD30xxxA0063 

(A070URD30xxx0063) 

170M-1314 

63 FE 

CSXi-015 

8000 

6.6URD30xxxA0125 

(A070URD30xxx0125) 

170M-1317 

160 FEE 

CSXi-018 

10500 

6.6URD30xxxA0160 

(A070URD30xxx0160) 

170M-1318 

160 FEE 

CSXi-022 

15000 

6.6URD30xxxA0160 

(A070URD30xxx0160) 

170M-1318 

180 FM 

CSXi-030 

18000 

6.6URD30xxxA0160 

(A070URD30xxx0160) 

170M-1319 

180 FM 

CSXi-037 

51200 

6.6URD30xxxA0250 

(A070URD30xxx0250) 

170M-1321 

250 FM 

CSXi-045 

80000 

6.6URD30xxxA0315 

(A070URD30xxx0315) 

170M-1321 

250 FM 

CSXi-055 

97000 

6.6URD30xxxA0315 

(A070URD30xxx0315) 

170M-1321 

250 FM 

CSXi-075 

168000 

6.6URD31xxxA0450 

(A070URD31xxx0450) 

170M-1322 

500 FMM 

CSXi-090 

245000 

6.6URD31xxxA0450 

(A070URD31xxx0450) 

170M-3022 

500 FMM 

CSXi-110 

320000 

6.6URD31xxxA0450 

(A070URD31xxx0450) 

170M-3022 

500 FMM 

 

xxx = Blade Type.    Contact Ferraz for options. 

 

7.4

 

General Technical Data 

Mains Supply 

Mains voltage (L1, L2, L3) 
 

V4     .............................................................................................................    3 x 200 VAC ~ 440 VAC (+ 10% / - 15%) 

 

V6     .............................................................................................................    3 x 200 VAC ~ 575 VAC (+ 10% / - 15%) 

Mains frequency (at start)     .................................................................................................................................     45 Hz to 66 Hz 
Rated insulation voltage     ...................................................................................................................................................    600 VAC 
Form designation     .................................................................................     Bypassed semiconductor motor starter form 1 

 

Control Voltage (A1, A2, A3) 

CSXi-xxx-xx-C1     ...................................................................................................................     110-240 VAC (+ 10% / - 15%) 
 

................................................................................................................................................. or 380-440 VAC (+ 10% / - 15%) 

CSXi-xxx-xx-C2     ....................................................................................................................................     24 VAC/VDC (± 20%) 
Current consumption (during run)     .........................................................................................................................     < 100 mA 
Current consumption (inrush) 
 

    CSXi-xxx-xx-C1...................................................................................................................................................................... 10 A 

 

    CSXi-xxx-xx-C2......................................................................................................................................................................... 2 A 

 

Inputs 

Start (terminal 01)     .................................................................................................................................................     Normally open 
 

............................................................................................................... 150 k

 @ 300 VAC and 5.6 k

 @ 24 VAC/VDC 

Stop (terminal 02)    ................................................................................................................................................     Normally closed 
 

............................................................................................................... 150 k

 @ 300 VAC and 5.6 k

 @ 24 VAC/VDC 

 

Содержание CSXI-007

Страница 1: ... event will responsibility or liability be accepted for direct indirect or consequential damages resulting from the use or application of this equipment AuCom cannot guarantee the correctness or completeness of the translated information in this document In case of dispute the master document in English is the Reference Document WARNING ELECTRICAL SHOCK HAZARD CSXi soft starters contain dangerous ...

Страница 2: ...160 240 216 214 114 5 51 6 5 CSXi 110 7 87 6 29 9 44 8 50 8 42 4 5 2 0 14 33 2 2 Physical Installation CSXi 007 CSXi 055 Allow 100 mm 3 9 inch between soft starters CSXi 075 CSXi 110 Allow 200 mm 7 9 inch between soft starters CSXi 007 CSXi 055 Allow 50 mm 2 0 inch between the soft starter and solid surfaces CSXi 075 CSXi 110 Allow 200 mm 7 9 inch between the soft starter and solid surfaces Soft s...

Страница 3: ... 2 9 ft lb N A N A 7 mm 3 Nm 2 2 ft lb 7 mm 4 Nm 2 9 ft lb N A 3 5 mm 0 5 Nm max 4 4 in lb max 3 2 Control Voltages CSXi soft starters can be supplied in either of two control voltage configurations CSXi xxx xx C1 110 240 VAC 10 15 or 380 440 VAC 10 15 CSXi xxx xx C2 24 VAC VDC 20 WARNING Always apply control voltage before or with mains voltage CAUTION With 24 VAC VDC use contacts rated for low v...

Страница 4: ...ammable output relay terminals 23 24 can be used to signal either trip or run status This relay is normally open Trip The relay closes when the CSXi trips The relay can be used to operate the shunt trip mechanism of an upstream circuit breaker in order to isolate the motor branch circuit or to signal the trip to an automation system or externally The relay will open when the trip is reset Run The ...

Страница 5: ...ll speed Current Time Current Limit Select the current limit C The current limit is the maximum level of current the soft starter will deliver to the motor during the soft start Current Time Motor Trip Class Select the trip class for motor overload protection The trip class reflects the maximum time in seconds that the motor can run at locked rotor current The Motor Trip Class setting assumes a lo...

Страница 6: ... the selected time E Current Time Auxiliary Relay Function Select the function of the soft starter s programmable output terminals 23 24 When set to Run the relay will operate when the soft start is complete When set to Trip the relay will operate when the soft starter trips Time Phase Sequence Protection Configure the soft starter s phase sequence protection Select the allowable phase sequences A...

Страница 7: ...on Failure between starter and interface Remove and refit accessory interface x 10 Bypass Overload Starter rating may be too low for the application 5 3 Protections The CSXi includes the following types of protection for the motor and starter Excess Start Time Protection The CSXi will trip on excess start time if the motor does not successfully start within the time selected in the Excess Start Ti...

Страница 8: ...tor opens while running Bypass Overload Protection Bypass overload protection protects the soft starter from severe operating overloads while running The protection is not adjustable and has two components The soft starter will trip if it detects overcurrent at 600 of the programmed motor full load current The soft starter models the temperature of the internal bypass relays and will trip if the t...

Страница 9: ...nitoring Ready Starting Running Stopping Tripped Performance monitoring motor current motor temperature Trip code display 4 20 mA analog output Motor Current 6 3 Communication Interfaces CSXi soft starters support network communication using the Profibus DeviceNet Modbus RTU and USB protocols 6 4 PC Software WinMaster can be used with AuCom soft starters to provide the following functionality for ...

Страница 10: ...rent Ratings AC53b 4 6 354 1000 metres AC53b 4 20 340 1000 metres 40 C 50 C 40 C 50 C CSXi 007 18 A 17 A 17 A 15 A CSXi 015 34 A 32 A 30 A 28 A CSXi 018 42 A 40 A 36 A 33 A CSXi 022 48 A 44 A 40 A 36 A CSXi 030 60 A 55 A 49 A 45 A AC53b 4 6 594 1000 metres AC53b 4 20 580 1000 metres 40 C 50 C 40 C 50 C CSXi 037 75 A 68 A 65 A 59 A CSXi 045 85 A 78 A 73 A 67 A CSXi 055 100 A 100 A 96 A 87 A CSXi 07...

Страница 11: ...CSXi 037 51200 6 6URD30xxxA0250 A070URD30xxx0250 170M 1321 250 FM CSXi 045 80000 6 6URD30xxxA0315 A070URD30xxx0315 170M 1321 250 FM CSXi 055 97000 6 6URD30xxxA0315 A070URD30xxx0315 170M 1321 250 FM CSXi 075 168000 6 6URD31xxxA0450 A070URD31xxx0450 170M 1322 500 FMM CSXi 090 245000 6 6URD31xxxA0450 A070URD31xxx0450 170M 3022 500 FMM CSXi 110 320000 6 6URD31xxxA0450 A070URD31xxx0450 170M 3022 500 FM...

Страница 12: ... 30 dB µV m 230 MHz to 1000 MHz 37 dB µV m This product has been designed as Class A equipment Use of this product in domestic environments may cause radio interference in which case the user may be required to employ additional mitigation methods EMC Immunity Electrostatic discharge 4 kV contact discharge 8 kV air discharge Radio frequency electromagnetic field 0 15 MHz to 1000 MHz 140 dB µV Rate...

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