GE BENTLY NEVADA 3500/44M MODULE AERO GT VIBRATION MONITOR CARD

GE BENTLY NEVADA 3500/44M MODULE AERO GT VIBRATION MONITOR CARD Description:

  Sandy.[mailto:unity@mvme.cn] 
  Sandy.[WhatsApp/Skype/Mobile:+8618020776786]  
  Sandy.[Quote to you within the shortest possible time with our best price]

 
Warranty: up to 12 months
Shipping: fast delivery is available
NEW+ORIGINAL+IN STOCK+ONE YEAR WARRANTY 
 

If you require more than one item, please let us know, as we could arrange a
discount for you.
If you manage to find the same parts cheaper through any other supplier, we
will match that price,or provide you with a further discount.
If you have any further questions, please don 't hesitate to contact us.
We look forward to your inquiries.
 

Our company is a leading global supplier of control system components. We specialize in control systems and drives. 
With many years of experience in the industrial sector, we consistently deliver the highest quality of spare parts.
We supply DCS, PLC, MOTOROLA MVME, Anybus, RTU, IPC, IPC, SCSI (50, 68, 80Pin), AnyBus (Gateway), etc.
We have different InStock products in high quality that we can supply promptly with a fair price.
We also provide safely expresses with responsibility and credit in a fast delivery period.
We look forward to cooperating with you for our beautiful future.
We currently stock over 12000+ branded products.

3500/44M Manufactured by BENTLY NEVADA

MODULE AERO GT VIBRATION MONITOR CARD

Weight: 0.001 kgs

In 1968 Bill Stone, who was part of a group of engineers at the Hydramatic Division of General Motors Corporation, presented a paper at the Westinghouse Conference outlining their problems with reliability and documentation for the machines at this plant. He also presented a design criteria developed by the GM engineers for a ”standard machine controller”. According to the criteria developed, the early model of this machine not only had to eliminate costly scrapping of assembly-line relays during model changeovers and replace unreliable electromechanical relays, but also: • Extend the advantages of static circuits to 90% of the machines in the plant. • Reduce machine downtime related to controls problems, easily maintained and programmed in line with already accepted relay ladder logic. • Provide for future expansion, it had to be modular to allow for easy exchange of components and expandability. • It had to work in an industrial environment with all it’s dirt, moisture, electromagnetism and vibration. • Include full logic capabilities, except for data reduction functions

H4539F-025-B00
ICES/NMB-003
ISPAN 4539F
ISPAN 4575
V/SCSI 4210
INTERPHASE CORPORTAION
H4220W-005
IPS
PEC4112
PEC4113
IRONICS
IV-3204-4MB
IV-3204 CPU
JXI2 INC.
PMC-SYNCCLOCK32
KAPAREL
02088-002
P84420
P84422
PS1130
PS1260
PS3358
PS4420
PS4422
PS6093-001
LANNER ELECTRONICS
AP-PSL20Q
LH RESEARCH
PTB63-1L2C2C
MAGMA
2+1LCSP
LC2+1SP
MAGNUM
020-5009-000
130-00023-02
MPS5009
MPS5029
Matrox
GENESIS 720-01
gen/x/00/8/dac
MECHATRONICS
E1225E12BT
E1225M24B
E122SE12BT
E9225E12B
UF12B12
MEGATEK
0035-0601
AURORA 4M W/KB
ECLIPSE
ECLIPSE 4MB
MEGATEK GRAPHICS
MERCURY COMPUTER
560116
560184
560204
700-4030
900-03003
900-04002
900-07026
900-08000
900-40154
910-04023
910-04067
910-04103
910-04444
910-04469
910-04531
910-04532
910-08000
910-08001
910-08002
910-08003
910-08010
910-08017
910-08066
910-08092
910-08099
910-08100
910-08126
910-08127
910-08129
910-08163