Phoenix SAC-5P Series 5-pin Industrial Connection Cables Selection Guide

Phoenix SAC-5P series 5-pin cables are dedicated to 5-channel signal/power transmission in industrial automation systems, mainly based on M12 interfaces and supplemented by MR/MINT/MINMS special structure interfaces. The series covers CAN bus communication, oil-resistant, anti-vibration, and long-distance wiring scenarios, with cable lengths ranging from 0.3m to 25m, and is widely used for connection between sensors, actuators, and control modules.

1. Core Model List (With Product Descriptions)

Product Code Product Model Product Description
SAC-5P-MR Series Compact Cables (CAN Bus & Oil-resistant)    
1419078 SAC-5P-MR/10,0-923/FR CAN SCO 10m compact cable, 923 CAN bus specification, FR female straight connector, SCO oil-resistant sheath, for long-distance CAN bus communication in oil-contaminated environments
1419077 SAC-5P-MR/ 5,0-923/FR CAN SCO 5m CAN bus cable, SCO oil resistance, for medium-distance oil-contaminated workshop device networking
1419076 SAC-5P-MR/ 2,0-923/FR CAN SCO 2m CAN bus cable, compact length, for short-distance CAN bus connection between adjacent equipment
1519105 SAC-5P-MR/1,5-PUR/FS SCO 1.5m cable, PUR sheath + SCO oil resistance, FS female straight connector, for narrow-space oil-resistant device wiring
1519008 SAC-5P-MR/1,5-PUR SCO 1.5m basic oil-resistant cable, no additional connector, for customized equipment connection
1519082 SAC-5P-MR/ 0,3-PUR/FS SCO 0.3m ultra-short oil-resistant cable, for compact equipment internal signal transmission
SAC-5P-M12Y Series Y-type Splitter Cables (Anti-vibration)    
1514029 SAC-5P-M12Y/2XM12FS VP S21 M12 Y-type splitter cable, 2 M12 female straight connectors, VP anti-vibration design, S21 coding, for one-to-two device signal distribution in high-vibration equipment
1683468 SAC-5P-M12Y/2XM12FS VP M12 Y-type splitter cable, VP anti-vibration, basic model for one-to-two device connection
SAC-5P-M12MS Series M12 Male Connector Cables (Multi-specification)    
Long-distance Wiring Models (10m–25m)    
1402615 SAC-5P-MINMS/25,0-928/MINFS DN 25m ultra-long cable, 928 specification, MINMS male + MINFS female connectors, DN coding, for long-distance workshop cross-device connection
1529687 SAC-5P-M12MS/20,0-920/M12FS 20m M12 male-female cable, 920 specification, for large workshop equipment networking
1100231 SAC-5P-M12MS/20,0-152/M12FS 20m M12 cable, 152 specification, for long-distance signal transmission in industrial sites
1530841 SAC-5P-M12MS/15,0-PUR/M12FS SH 15m PUR sheath cable, SH shielding design, for high-interference long-distance signal transmission
1403889 SAC-5P-M12MS/10,0-PUR/M12FS 10m PUR cable, for medium-long distance device connection
Medium-distance Wiring Models (3m–5m)    
1404066 SAC-5P-M12MS/3,0-600/M12FS HD 3m M12 cable, 600 specification, HD heavy-duty design, for heavy industrial equipment connection
1404070 SAC-5P-M12MS/3,0-600/M12FR HD 3m M12 cable, FR female straight connector, HD heavy-duty, for heavy equipment signal transmission
1404101 SAC-5P-M12MS/3,0-600/M12FS FB 3m M12 cable, FB flame-retardant design, for high-temperature flammable environment wiring
1681619 SAC-5P-M12MS/3,0-PUR/M12FS 3m PUR sheath cable, general-purpose for medium-distance device connection
1415677 SAC-5P-M12MS/5,0-PVC 5m PVC sheath cable, cost-effective for general industrial site wiring
Short-distance Wiring Models (0.3m–2m)    
1507162 SAC-5P-M12MSB/ 0,3-900/M12FSB 0.3m ultra-short M12MSB male cable, 900 specification, for compact equipment internal connection
1507175 SAC-5P-M12MSB/ 0,5-900/M12FSB 0.5m M12 cable, for short-distance signal transmission between adjacent modules
1410467 SAC-5P-M12MS/2,0-92X/M12FSSHOD 2m M12 cable, 92X specification, for short-distance device networking in high-interference environments
Special Function Models    
1401999 SAC-5P-M12MSB CAN TR M12MSB male cable, CAN bus TR coding, dedicated to CAN bus communication between industrial devices
1401317 SAC-5P-M12MS/5-PVC/M12FS SH VA 5m PVC cable, SH shielding + VA flame retardant, for high-interference flammable environment signal transmission
1414866 SAC-5P-M12MSK/ 1,5-PUR PE 1.5m M12MSK male cable, PUR sheath + PE grounding, for grounding protection of low-power signal circuits
SAC-5P-MINT/MINMS Series Special Interface Cables    
1543977 SAC-5P-MINT/2XMIN VP MINT interface Y-type cable, 2 MIN connectors, VP anti-vibration, for special equipment one-to-two connection
1443828 SAC-5P-MINMS/1,0-440/MINFS PWR 1m MINMS male cable, 440 specification, PWR power supply coding, for special equipment power transmission

2. Quick Interpretation of Model Naming Rules

Naming Segment Meaning Explanation
SAC-5P Series & Pin Count 5-pin industrial connection cable for signal/power transmission in automation systems
-MR/-M12Y/-M12MS Interface & Structure Type - MR = Compact structure interface, for narrow-space wiring- M12Y = M12 Y-type splitter interface, one-to-multi connection- M12MS = M12 male straight interface, mainstream industrial connection interface
X,0 (e.g., 0.3/3.0/25.0) Cable Length Length of the cable, covering ultra-short (0.3m) to ultra-long (25m) ranges
-923/-600/-440 Specification Code Unique code for matching different communication protocols or industry standards (e.g., 923 = CAN bus specification)
-FR/-FS/-M12FS Connector Type - FR = Female straight connector- FS = Female straight connector- M12FS = M12 female straight connector
-CAN Protocol Support Compatible with CAN bus communication protocol, for industrial bus system wiring
-SCO/-PUR/-PVC Sheath Material - SCO = Oil-resistant sheath, for oil-contaminated industrial environments- PUR = Polyurethane sheath, wear-resistant and flexible- PVC = Polyvinyl chloride sheath, cost-effective and flame-retardant
-VP/-SH/-VA Functional Suffix - VP = Anti-vibration structure, prevents connector loosening in high-vibration equipment- SH = Shielded design, anti-electromagnetic interference for precision signals- VA = Flame-retardant design, for high-temperature flammable environments

3. Core Advantages of SAC-5P Series Cables

  1. Diversified Interface & StructureCovers M12 mainstream interfaces and MR/MINT special interfaces, supports Y-type one-to-multi splitting, meeting single-device and multi-device connection needs.
  2. Full Coverage of Application ScenariosProvides oil-resistant (SCO), anti-vibration (VP), shielded (SH), flame-retardant (VA) models, adapting to oil-contaminated, high-vibration, high-interference, and flammable industrial environments.
  3. Flexible Length ConfigurationCable lengths range from 0.3m to 25m, matching installation distances from compact equipment internal wiring to large workshop cross-device long-distance wiring.
  4. CAN Bus Protocol CompatibilitySpecial CAN bus models support industrial bus communication, ensuring stable data transmission between automation devices.

4. Product Selection Suggestions

  1. Select by Interface Type
    • For mainstream industrial device connection: Choose M12MS series models (e.g., 1529687, 1404066).
    • For one-to-two device distribution: Select M12Y series Y-type splitter models (e.g., 1514029, 1683468).
    • For narrow-space wiring: Adopt MR series compact models (e.g., 1519008, 1519082).
    • For special equipment connection: Use MINT/MINMS series special interface models (e.g., 1543977, 1443828).
  2. Select by Application Environment
    • For oil-contaminated workshops: Choose SCO oil-resistant models (e.g., 1419078, 1519105).
    • For high-vibration equipment: Select VP anti-vibration models (e.g., 1514029, 1543977).
    • For high-interference scenarios: Use SH shielded models (e.g., 1530841, 1401317).
    • For CAN bus communication: Adopt CAN protocol models (e.g., 1419076, 1401999).
  3. Select by Cable Length
    • For equipment internal wiring: Choose 0.3m–2m ultra-short/short models (e.g., 1507162, 1410467).
    • For workshop medium-distance wiring: Select 3m–10m models (e.g., 1404066, 1403889).
    • For long-distance cross-device wiring: Adopt 15m–25m ultra-long models (e.g., 1529687, 1402615).

Phoenix SAC-5P Series 5-pin Industrial Connection Cables Selection Guide

Created on:2026-01-19 08:57

News Dynamics

NEWS