Description
The position difference for electrical shaft control is set to zero (0) in three ways:
(1) as in earlier releases with parameter set no. 1 is changed to parameter set no. 2 as well as
with parameter set no. 3 is changed to parameter set no. 4. Both these cases are executed by
changing DI no. 1 from 0 to 1.
(2) when the combination of Control signals A NOR B changes to Boolean True. Example:
Running in Sub mode MF2 until the operator or other external conditions decides to switch to
electrical shaft (Sub MF1) is done without stopping by simply changing control signal B
from 1 to 0. Control A is all the time 0.
(3) From 10_05: with parameter 05.20, USE_DI16 is set to 2 for a Follower that has Cabin I/O, the
function Brake #4 acknowledged for DI 16 is changed external reset of the Electrical shaft.
The sub mode MF3 is especially suitable for load sharing in four ropes grab systems. It can also be used for load
sharing for Travel motions, although not needed for most EOT cranes.
The sub mode MF4 is useful in some applications. It can as example make two motions with analogue tachome
ters to move with the (for the eye) same speeds.
4.20.2.1. Control signals A and B
The signals A and B are controlled in following way:
Control signal A:
Closed contact of terminal Master ASTAT DATX 110: -X9:5-6. -X9:5 is +110 V DC.
Control signal B:
Closed contact of terminal Follower ASTAT DATX 110: -X9:5-6. -X9:5 is +110 V DC.
4.20.3. Current follower
ASTAT can as a single controller work with two parallel bridges, with a total capacity of maximally 2200 A. In some
installations this capacity is not enough. Of that reason a follower mode that doubles the capacity is developed. Set
up: Master has 20.01 = 1, Current Follower has 20.01 = 3.
Connection:
Each Motion controller of maximally 2200 A is conventionally connected to motor and network. Nothing prevents
that a 12-pulse connection is used, although there are normally no big advantages with 12-pulse.
Supervision of parallel bridges, there can be two parallel bridges of the totally four bridges used in the full system,
must have both open contacts connected in parallel to the DI no. 17 of the Masters DATX 110. As usual, these
contacts should be open for a healthy system.
All control signals should be connected to the Masters DATX 110 and Cabin I/O. The system allows that the Fol
lowers DATX 110 is removed, but it is mostly kept for separate Motion control.
Optical M/F fiber cable installed.
Settings:
Parameter 11.39 should be changed from 20 to 30 ms (and more if slow opening rotor contactors are used; add
always 10 ms to the actual opening time).
Details: If you need an urgent delivery order, please feel free to contact us, and we will do our best to meet your needs.
Price issue: If you find that other suppliers offer a cheaper price for the same product, we are also willing to provide you with a reference price and give you further discounts.
Contact Us:+86 18106937731
Whatapp:+86 15359293870
Email: geabbdcs@gmail.com / 2872270648@qq.com
Contact Person: Chen
Stock products of the same series:
G3LR 1KHW000628R0101 |
G3LH 1KHW000640R0001 |
G3LC 1KHW000621R0001 |
DSDI 115 57160001-NV |
HIER466587R0200 |
HIEE405246R0002 UNS 0867A-P V2 |
HPC800 |
DSAO 120A 3BSE018293R1 |
DSAX 110A 3BSE018291R1 |
DSBC 172 57310001-KD |
DSBC 176 3BSE019216R1 |
DSAI 130 57120001-P |
DSAI 130D 3BSE003127R1 |
DSAI 146 3BSE007949R1 |
DO810 3BSE008510R1 |
DSAI 133A 3BSE018290R1 |
DO880 3BSE028602R1 |
DATX130 3ASC25H214 |
DI810-EA 3BSE008508R2 |
CMA 132 3DDE300412 |
CTB810 HN800/CW800 |
DAPC 100 3ASC25H203 |
DAPU100 3ASC25H204 |
CPM810 |
CI532V03 3BSE003828R1 |
CI627A 3BSE017457R1 |
CP450T 1SBP260188R1001 |
CS513 3BSE000435R1 IEEE 802.3 |
CI856K01 3BSE026055R1 |
CP800 HPC800 |
CP410M 1SBP260181R1001 |
CI853K01 3BSE018103R1 |
CI854AK01-EA PRC3BSE030220R2 |
CI830 3BSE013252R1 |
B4LE 1KHL015045P0001 |
BB510 3BSE001693R2 |
BC810 3BSE031154R1 |
ASFC-01C 64649540 |
AINT-02C 64715810 |
AGPS21C GDR AGPS-21C |