Canza gidanka da sabbin hanyoyin na’urorin lantarki masu yawa, daga hasken wuta mai hankali zuwa inganta ayyukanka da Bently Nevada 3500 Monitoring System, wanda ke ba da sa ido a ainihin lokaci kan girgiza da yanayin na’urorin injina don hana gazawa da ƙara lokacin aiki, da na’urorin da ake sarrafa su da murya duk an ƙera su ne don sauƙaƙa rayuwa, ƙara tsaro, da ƙarfafa haɗin kai.
SKU:1756-L63S
1756-L63S Allen-Bradley ControlLogix 8MB User Memory Controller
Manufacturer: Allen-Bradley
Product No.: 1756-L63S
Product Type: Processor Module
Product Origin: USA
Payment:T/T, Western Union
Weight: 320g
Shipping port: Xiamen
Warranty: 12 months
Raba
- Isarwa Cikin Gaggawa
- Tallafi na awa 24 a rana, kwana 7 a mako
- Tabbacin Inganci
Bayani
Allen-Bradley 1756-L63S GuardLogix Safety Controller
The Allen-Bradley 1756-L63S by Rockwell Automation is a high-performance GuardLogix safety controller engineered for the ControlLogix platform. Combining standard automation control with advanced safety functionalities, this SIL 3 capable processor offers a generous 8 MB user memory capacity and 3.75 MB safety memory capacity. Built as an open-style enclosure module with a physical weight of approximately 0.71 pounds (0.32 kg), it delivers robust point-to-point management for up to 128,000 total I/O points across EtherNet/IP, DeviceNet, and ControlNet networks.
Key Advantages
This controller excels in heavy industrial environments by providing a dedicated dual-channel architecture, where an isolated second safety channel is managed via a co-processor safety partner to satisfy rigorous SIL 3 safety standards. The primary controller handles intensive operational data, executing fast arithmetic computations, report generation, and data file manipulations with an integrated 478 KB I/O memory buffer. Furthermore, its smooth operations are backed by a built-in lithium battery for non-volatile storage backup, alongside integrated front panel key switch positions (RUN, REMote, and PROGram modes) that provide secure, physical configuration control directly on the chassis rack.
Technical Specifications
| Core Product Range | Allen-Bradley ControlLogix / GuardLogix System (1756-L63S) |
| Memory Allocations | 8 MB User Memory / 3.75 MB Safety Memory / 478 KB I/O Memory |
| Maximum I/O Capacity | 128,000 Total Digital I/O Points / 4,000 Total Analog I/O Points |
| Backplane Current Draw | 1200 mA at 5.1V DC / 14 mA at 24V DC backplane ratings |
| Power & Thermal Specs | 3.5 Watts power dissipation / 11.9 BTU per hour thermal output |
| Physical Form Factor | Single-slot width / Open-Style Enclosure / Net Weight: 0.71 lbs (0.32 kg) |
Quick Installation
- Chassis Placement: Ensure backplane power is fully switched off, then slide the 1756-L63S processor into the designated slot of the ControlLogix chassis. The compact 0.32 kg unit slides easily along the integrated guidelines until securely seated.
- Safety Partner Pairing: Install the required co-processor safety partner module into the adjacent slot to establish the isolated second safety channel network.
- Firmware & Storage: Insert the designated memory card for user program storage and data retrieval routines, then perform the necessary OS upgrades via the primary controller configuration utility.
Technical FAQs
Q1: What is the main structural difference between the 1756-L63S and standard ControlLogix processors?
A1: The 1756-L63S incorporates a safety-certified internal memory sector (3.75 MB) and partners with a secondary co-processor module to execute automated safety tasks up to SIL 3/PLe ratings.
Q2: Does the physical weight of this CPU module require specialized structural support?
A2: No, at a net component weight of 0.71 lbs (0.32 kg), the standard interlocking tabs on the ControlLogix chassis provide full structural stabilization within standard industrial enclosures.
Q3: How are communication ports handled on the 1756-L63S GuardLogix unit?
A3: The safety module itself does not contain onboard network ports; all system communication operations and data exchanges are routed through network bridges installed within the same chassis assembly.
Ƙarin ƙayyadaddun bayanai
Sikeli (V/f)
Vector
mai amfani da wutar AC
Jagorar Sayi
- Tabbatar da ainihin samfurin, lambar ɓangare, da ƙayyadaddun bayanai kafin yin oda.
- Tabbatar da jituwa da injin ko tsarin kula da kake amfani da su a yanzu.
- Tuntuɓe mu ta sale@etowonauto.com ko +8617859788089 don taimakon fasaha.
- Duba zaɓuɓɓukan isarwa, lokacin jagora, da buƙatun jigilar kaya.
- Bi umarnin masana’anta da mafi kyawun hanyoyin aiki yayin girkawa.
Isarwa da Mayar da Kaya
Kayayyakin da ke cikin sito yawanci ana tura su a cikin wannan ranar aikin. Ga kayayyakin da ba sa cikin sito a yanzu, lokacin tura su na iya bambanta bisa ga samuwa. Ana ba da jigilar kaya zuwa ƙasashen waje, kuma ana ƙididdige kuɗin jigila bisa wurin da ake aikawa, nauyi, da kamfanin sufuri da aka zaɓa.
Ana karɓar mayar da kaya cikin kwanaki 30 bayan karɓa, muddin kayan ba a yi amfani da su ba kuma suna cikin yanayin da suka fito daga masana’anta. Kuɗin jigilar mayar da kaya nauyi ne a kan abokin ciniki. Da fatan za a tuntube mu kafin ku mayar da duk wani kaya domin samun izinin mayarwa.
Don ƙarin bayani, don Allah ku duba Manufar Jigila & Mayar da Kaya.

3500/61-05-CN Temperature Monitor Module | Bently Nevada
3500/22-01-02-CN TDI Module Bently Nevada
Bently Nevada 3500/42-04-00 | Seismic Monitor
-
Isarwa cikin gaggawa
Sassan kayan otomeshan na masana’antu na ainihi suna nan a shirye don aikawa cikin gaggawa a ko’ina cikin duniya.
-
Mayar da kaya cikin sauƙi
Tallafin mayar da kaya na kwanaki 30 tare da garantin watanni 12 don tabbatacciyar kariya bayan saye.
-
Taimako a kowane lokaci (24/7)
Tallafin ƙwararru mai saurin amsawa don taimakawa kiyaye ayyuka cikin kwanciyar hankali da inganci.
-
Na Gaskiya & Asali
Kashi 100% na asali ne, ana samar da su kai tsaye daga amintattun masana’antun kayan sarrafa masana’antu.
Jagorar Fasaha da Siyarwa
-
What Are the Hidden Costs of Fake PLC and DCS Modules?
This guide presents data-driven verification protocols for imported industrial control spare parts, addressing the es...
-
Redundant PLC + DCS: 18.6% Fan Energy Savings?
This case study documents a full automation retrofit for a 300 TPD waste incineration plant. By integrating Emerson D...
-
Can Proper Warehousing Cut Automation Hardware Failures 80%?
This technical guide presents quantified storage and maintenance standards for industrial PLC, DCS, and TSI spare par...
-
Can Industrial Control Upgrades Cut Unplanned Downtime by 90%?
This article examines why legacy PLC, DCS, and vibration monitoring systems demand urgent retrofit in 2026. Citing re...
-
How to streamline industrial automation spare parts import clearance?
This guide delivers a data-driven framework for sourcing and clearing industrial automation spare parts, covering PLC...
-
How Fast Must DCS Switchover Be to Prevent Costly Process Upsets?
This article presents quantified DCS redundancy strategies using real 2024–2025 plant data. It details sub-100ms swit...
