1336-B003-ECD-F A-B Servo Controller
Item NO.:
1336-B003-ECD-FPayment:
T/TProduct Origin:
USAColor:
NewLead Time:
IN STOCK1336-B003-ECD-F A-B Servo Controller
The MicroLogix power supply does not require or need a high inrush current. However, if the power source can supply a high inrush current, the MicroLogix power supply will accept it. There is a high level of inrush current when a large capacitor on the input of the MicroLogix is charged up quickly. If the power source cannot supply high inrush current, the only effect is that the MicroLogix input capacitor charges up more slowly. The following considerations determine whether the power source needs to supply a high inrush current: • power-up sequence of devices in system • power source sag if it cannot source inrush current • the effect of the voltage sag on other equipment If the power source cannot provide high inrush current when the entire system in an application is powered, the MicroLogix powers-up more slowly. If part of an application’s system is already powered and operating when the MicroLogix is powered, the source voltage may sag while the MicroLogix input capacitor is charging. A power source voltage sag can affect other equipment connected to the same power source. For example, a voltage sag may reset a computer connected to the same power source.
The power supply is designed to withstand brief power losses without affecting the operation of the system. The time the system is operational during power loss is called “program scan hold-up time after loss of power.” The duration of the power supply hold-up time depends on the type and state of the I/O, but is typically between 20 milliseconds and 3 seconds. When the duration of power loss reaches this limit, the power supply signals the processor that it can no longer provide adequate dc power to the system. This is referred to as a power supply shutdown.
The structure and details of the product：
Please make an inquiry for more models
AB 1756-LSP
AB 1756-LSP/B
AB 1756-M02AE
AB 1756-M02AS
AB 1756-M03SE
AB 1756-M08SE
AB 1756-M1
AB 1756-M16S
AB 1756-M16SE
AB 1756-N2
AB 1756-OA16
AB 1756-OA16I
AB 1756-OB16D
AB 1756-OB16E
AB 1756-OB16I
AB 1756-OB16I/A
AB 1756-OB16IEF
AB 1756-OB16IS
AB 1756-OB32
AB 1756-OB32/A
AB 1756-OB8
AB 1756-OF4
AB 1756-OF41794-ADN
AB 1756-OF6CI
AB 1756-OF6VI
AB 1756-OF8
AB 1756-OF8/A
AB 1756-OF81
AB 1756-OG16
AB 1756-OH8I
AB 1756-ON8
AB 1756-OV16E
AB 1756-OV32E
AB 1756-OW16I
AB 1756-OW16I/A
AB 1756-OX8I
AB 1756-PA72
AB 1756-PA72/B
AB 1756-PA72/C
AB 1756-PA75
AB 1756-PA75/A
AB 1756-PA75/B
AB 1756-PA75R
AB 1756-PAR2
AB 1756-PB72
AB 1756-PB75
AB 1756-PB75R
AB 1756-PBR2
AB 1756-PC75
AB 1756-PLS
AB 1756-PSCA2/A
AB 1756-RM
AB 1756-RM2
AB 1756-RM2/A
AB 1756SC-CTR8
AB 1756-SRM/B
AB 1756-TBCH
AB 1756-TBNH
AB 1756-TBS6H
Other best-selling products：
Rockwell Automation announces that as of December 31, 2025, the Kinetix 0.1-0.1m Fiber Optic Ca...
Rockwell Automation announces that as of December 31, 2019, the 30mm Contact Block 1-NC 800T PB...
A-B 1606-XLS240E Processor module 24V,10A Single Phase Input Those responsible for the application a...
This document is the original document. All rights to this documentation are reserved by Pilz GmbH &...
Representative Photo Only (actual product may vary based on configuration selections)
Power Supply, 480 W, 24V DC, No Special Function, Performance Family, Global Input Voltage This prod...
Rockwell Automation announces that as of December 31, 2025, the Kinetix Safe Off Header Connect...
Troubleshooting and Product Information for 1747-M11 Download product information, troubleshooting g...
IPv6 network supported
