ABB PSTX45-600-70/PSTX4560070 control unit

our website : https://www.kerienplc.com/

Ramp Boost Soft Start
This starting method is the simplest, as shown in Figure 1. It does not have current closed-loop control and only adjusts the thyristor conduction angle to increase it as a function of time. Its disadvantage is that due to the lack of current limitation, during the starting process of the motor, sometimes a large surge current is generated, causing damage to the thyristor, which has a significant impact on the power grid and is rarely applied in practice.
current ramp start 
This starting method involves gradually increasing the starting current during the initial stage of motor starting, and maintaining a constant value (t1 to t2 stages) when the current reaches the pre-set value until the start is complete. During the starting process, the rate of current rise and change can be adjusted according to the motor load. If the current rise rate is high, the starting torque is high and the starting time is short. This starting method is the most widely used starting method, especially suitable for starting loads such as fans and pumps.
Step start
Starting, that is, to quickly reach the set value of the starting current in the shortest possible time, is called step starting. By adjusting the setting value of the starting current, a fast starting effect can be achieved.
Pulse shock starting
At the beginning of startup, the thyristor is allowed to conduct at a high current for a short period of time before falling back, and then linearly rise according to the original set value, connected to constant current startup. This starting method is less commonly used in general loads and is suitable for heavy loads and requires overcoming significant static friction.
140CPU11302 21818
6SL3225-0BE35-5UA0
DC converter DCS502-0700-41-1102010
DC converter DCS502-0520-41-1102010
Converter DCS502-0350-41-1102010
Converter DCS502-0250-41-1102010
CP-E 24/0.75 3
CC-E V/I 0-10V/0-20mA 24VDC 3
ACS880-01-363A-3 1
HARS700/090II Quantity 2-- HARS700/090II Power Module Reference/HARS700/090II Reference
6AV3688-3AA03-0AX0 1
3BHE024642R0101 1
GC D207 B101
Siemens: 6AG1332-5HF00-2AB0 1
Siemens, 6AG1431-0HH00-4AB0 5
Siemens, 6GK5106-2BB00-2AC2 2
Siemens, 6ES7153-2AR04-0XA0 8
Siemens, 6ES7960-1AA04-5BA0 4
SACeMegamax HF2 1
A5E03915589 1
A5E00755415-A10 1
931N-T221 surface price 2419 2 pieces
6GK5991-1AF00-8GA0 1
ACS355-03E-12A5-4 1
ACS355-03E-08A8-4 2
ACS355-03E-05A6-4 1
6ES7414-4HJ00-0AB0 (version 3.1.3 required) 4PCS
VW3A4425 1
6SL3000-0BE31-2AA1 7
Siemens filter board A5E00357869 2 pieces
6ES7193-6MR00-0BA0 2
6ES7193-6BR00-0HM0 12
6ES7193-6AG50-0AA0 24
6AG1992-1AM00-7AA0 4
6ES7823-0AA00-1AA0 4
150-C480NBD Quantity 1 54355
Servo motor MPM-B1153E-MJ74AA AB 1 Table price 32882
Servo motor 1326AB-B515E-S2L SER B 2.44KW AB 1 Table price 38219

37603102DRS232CS
JANCDMM0903
JANCD-CP07C
HNC31200F
VT130G2-4400
505-ATM-4120
ATV-45VD75N 
WFC4030-0C
WF2C4020-0N 
MEM86E12BK
HCM1873-5M
8839-58EGG4VW
8502-SGO2-V02S
S30810Q2168X07
S2-48255-B-001
HDU325
9350RC-100-0NZZZA 
6SN1-123-1AA00-0JA1
6SE9-532-1EL40
6SE9-215-8DB40
6SE7-032-7EE85-0AA0
6SE7-023-8TD51
6RA7078-6DS22-0 
6RA7-031-6GV62-0 
6ES7-833-1SM00-0YA5
AVY4220-KBX 
CE-SBC-SC400 
SM-50-100-T
T2151301H-WT
PML-2145C
86466-69R 
864660-75R
802272-14T
1KSX00621-WP
IBSISASC486DXIT
R65GMNA-TS-LG-NV-00
PMA57R-00100-00 
SACDE04D2I
SACDE04C1I
3G3RV-B2370-AV1
NPST-E
AIGV-6400001
SP-BJ1-015
MPM1901FRMM-427
QLCCM12ABN
39HFM2CAN 
MM-PMC2-100
AS-9900-140
140-CPU-434-12A
MR-RB507-4
MR-H700AN-UE
MC2-PDK 
HALFS8014
DS100S128
BH-626-E-43-B3
DIL12AM230276V
SP261-L 
RX3152-5G 
WMC124ST
3CPT36030SD07026
TRANS01M020000
TDM12100300W1000
TDM12100300W1115
TDM1.2-100-300-W1
MAC112D0ED4C1303
KDV2210022030022
KDV13100220300W1
KDS11150300W1115
KDS11150300W1220
DSC1.6-50-200
CLM01.3-X-0-2-B