Sitrak Brake Shoe Assembly (Right)
Sitrak Brake Shoe Assembly (Right)
2025-05-04
Sitrak MCP Rear Axle Drive Assembly (I=1.333,KV165)
2025-05-04

Sitrak Limit Alarms

What is the Sitrak Limit Alarms

  • Sitrak Limit Alarms: Intelligent Safety Monitoring for Heavy-Duty Vehicle Systems
  • Sitrak Limit Alarms are advanced electronic monitoring solutions designed to enhance safety, prevent component failure, and optimize maintenance efficiency in commercial vehicles. Engineered to integrate seamlessly with critical drivetrain and braking systems, these alarms leverage precision sensors and durable components to deliver real-time wear detection, ensuring proactive intervention before issues escalate.
  • Core Components for Reliable Monitoring
  • The Limit Alarm Device Sensors are the backbone of the system, meticulously calibrated to detect subtle changes in component wear, alignment, or operational stress. These sensors, embedded in key areas such as brake shoes, axles, and differentials, convert mechanical wear into electronic signals, triggering alerts when predefined thresholds are reached. Paired with Metal Shrapnel for Limit Alarms, a resilient conductive component that ensures consistent signal transmission even under vibration or harsh conditions, they form a robust monitoring network. The Limit Alarm Connection Cable provides a secure, interference-free link between sensors and the vehicle’s control unit, enabling seamless data transfer and alarm activation.
  • Applications Across Sitrak Vehicle Systems
  • Sitrak Limit Alarms are integral to multiple high-performance assemblies, including:
  • MCP16ZG Rear Axle (i=5.26, XSΦ165, leaf spring seating distance 1010, wheelbase 1850, ABS, wear alarm, disconnect type): Equipped with wear alarm technology, this axle uses Limit Alarms to monitor wheel bearing wear and brake component degradation, ensuring optimal traction and safety in disconnect-type suspension setups.
  • MCP rear axle drive assembly (I=1.333, KV165): Integrated sensors track differential and gear wear, preventing costly drivetrain failures while enhancing power transmission efficiency in high-torque applications.
  • MCP16ZG rear axle housing and wheelsides (I=3.947, ABS, wear alarm): Combined with ABS systems, Limit Alarms monitor wheel speed sensor alignment and housing integrity, reducing the risk of skidding and improving braking stability in all terrains.
  • Rear axle structure with differential lock: Sensors detect uneven torque distribution or lock mechanism wear, ensuring the differential lock engages reliably during low-traction scenarios, such as mud or snow.
  • 410×220 cast shoe and accessory assembly (electronic wear alarm): Specifically designed for brake systems, these alarms monitor brake friction disk wear (410×220) and shoe alignment, triggering alerts before stopping performance is compromised—a critical feature for heavy-duty braking applications.
  • ABS wheel speed sensor (rear axle section/one side wheel side/drum type): Limit Alarms enhance ABS functionality by detecting sensor misalignment or contamination, ensuring consistent wheel speed data for optimal anti-lock braking performance.
  • Precision Technology: Emphasizes “Limit Alarm Device Sensors” and “Metal Shrapnel” to target technical searches for monitoring components.
  • Model Compatibility: Lists specific axle and brake assembly models (e.g., MCP16ZG, 410×220) to capture niche keyword traffic from fleet managers and mechanics.
  • Safety & Efficiency: Highlights wear detection, proactive maintenance, and ABS integration to address core concerns for commercial vehicle operators: downtime reduction, compliance, and driver safety.
  • Reliability Meets Intelligence
  • Sitrak Limit Alarms transform reactive maintenance into a proactive strategy, using cutting-edge sensors and durable components to safeguard critical systems. Whether integrated into rear axles with differential locks, wear-sensitive brake assemblies, or ABS-equipped wheelsides, these alarms provide actionable insights, extending component life and ensuring regulatory compliance. Trust in Sitrak’s engineering expertise to keep your fleet safe, efficient, and ahead of potential failures—because optimal performance starts with intelligent monitoring.
  • By seamlessly blending technical terminology with user-centric benefits, this description enhances search visibility for industry-specific keywords while positioning Sitrak Limit Alarms as a vital safety and maintenance solution for heavy-duty vehicles.

Product Parameters of Sitrak Limit Alarms

WG9761450176 Limit Alarms
Serial No.  Drawing No. Name Quantity
1 WG9761450177 Limit Alarm Device Sensors 1
2 WG9761450179 Metal Shrapnel for Limit Alarms 1
3 WG9761450178 Limit Alarm Connection Cable 1
MHP-162G0-B602 MCP16ZG rear axle(i=5.26,XSΦ165,leaf spring seat distance 1010,wheelbase 1850,ABS self,wear alarm,disconnect type)
Serial No.  Drawing No. Name Quantity
1 MHP-162G0-B602 MCP16ZG Rear Axle(i=5.26,XSΦ165,leaf spring seating distance 1010,wheelbase 1850,ABS,wear alarm,disconnect type) 1
0 712-35010-6393 MCP rear axle drive assembly(I=1.333,KV165) 1
0 711-35003-7427 MCP16ZG rear axle housing and wheelsides(I=3.947,ABS,wear alarm) 1
0 711-35200-6161 Rear axle structure with differential lock 1
0 711-50050-7003 410×220 cast shoe and accessory assembly (electronic wear alarm) 2
0 711-#4310-0319 ABS wheel speed sensor (rear axle section/one side wheel side/drum type) 2
 

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