Position Sensor For Hydraulic Cylinder Wholesale Manufacturers

I’m a dedicated supplier of industrial sensing solutions, and I offer a Position Sensor For Hydraulic Cylinder that brings precise, real-time feedback to demanding hydraulic systems. Built for rugged OEM use, it delivers repeatable position data, fast response, and high resistance to dust, temperature, and EMI. For Wholesale projects or Manufacturers looking to standardize components, I provide flexible options: multiple outputs (analog, CAN, or SSI), mounting styles, and cylinder bore compatibility. My stock supports quick lead times, easy retrofits, and scalable quantities with consistent quality across batches. You’ll get full conformance data, batch traceability, and helpful technical support to optimize integration with your controls and safety interlocks. I tailor terms for bulk purchases and ongoing supply, ensuring reliable delivery to keep production lines moving. If you’re seeking a dependable sensor that improves control accuracy and lifecycle cost, I’ve got you covered.

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Position Sensor For Hydraulic Cylinder Products Exceeds Industry Benchmarks

Position sensors for hydraulic cylinders are essential for precise motion control, energy efficiency, and safety. A leading solution in this field surpasses benchmarks in accuracy, repeatability, and durability. Designed for harsh environments and demanding applications, these sensors deliver stable performance across wide temperatures, under shock and vibration, and in challenging hydraulic fluids. Key features include non-contact sensing, robust sealing, EMI shielding, and easy integration with common cylinder assemblies. The design supports multiple diameters and stroke lengths for scalable OEM options. For global buyers, reliable supply and consistent quality matter as much as performance. This line offers standardized interfaces, international certifications, and traceable quality control. Flexible manufacturing and configurable options—signals, mounting styles, and cable lengths—enable smooth integration into global lines. Strong after-sales support and long-term availability minimize downtime and total cost of ownership. This mix of performance, versatility, and supply resilience makes it a compelling choice for hydraulic system integrators and OEMs worldwide.

Position Sensor For Hydraulic Cylinder Products Exceeds Industry Benchmarks

Model Sensor Type Output Range (mm) Resolution (µm) Accuracy (±%) Repeatability (µm) Linearity (±%FS) Operating Temperature (°C) IP Rating Material Mounting Connection Response Time (ms)
HSC-1200-AL Magnetic Linear Hall Analog 0-5 V 0-500 8 0.05 12 0.10 -40 to 125 IP67 Aluminum Flange 3 m cable, 4-pin 1
HSC-900-AL Magnetic Inductive 4-20 mA 0-600 6 0.04 10 0.08 -40 to 125 IP68 Aluminum Flange Cable 6-pin 0.8
HSC-1000-SS LVDT-Based 0-10 V 0-1000 12 0.03 15 0.05 -20 to 130 IP66 Stainless Steel Through-Hole M12 8-pin 0.9
HSC-650-SS Magnetic Hall 0-5 V 0-650 10 0.04 9 0.07 -40 to 105 IP66 Stainless Steel Threaded Stud M12 4-pin 0.65
HSC-1500-AL Magnetic Inductive 0-5 V 0-1500 25 0.05 20 0.06 -20 to 100 IP67 Aluminum Flange Multi-pin connector 2
HSC-750-AL-T Optical Encoder (Reflection) 0-10 V 0-750 14 0.06 11 0.08 -30 to 120 IP65 Aluminum Side Mount 3-wire + shield 1.2
HSC-300-SS-V Magnetic Hall 0-5 V 0-300 9 0.03 7 0.04 -50 to 125 IP66 Stainless Steel Flange M12 5-pin 0.4

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Data Dimension: Position Sensor Performance by Cylinder Stroke Length

Explanation: This bar chart presents a data-driven view of how a hydraulic cylinder position sensor performs across different stroke lengths. The metric shown is the average position error (in millimeters) observed when measuring the cylinder rod position relative to a calibrated reference. Stroke length categories include 25, 40, 60, 80, 100, and 120 millimeters. Data were collected from a representative sample of sensors under controlled testing conditions to minimize external influences such as load variability or thermal drift. For each stroke length, multiple measurements were taken and averaged to obtain a robust estimate of accuracy. The resulting chart highlights a general pattern: position error remains within a tight band (approximately 0.08–0.15 mm) across most stroke lengths, indicating reliable sensor performance for precision control applications. Some categories exhibit slightly higher error (e.g., 80 and 120 mm) which may reflect greater mechanical play or alignment sensitivity at extended travel, suggesting areas for potential design refinement such as improved end-stop integration or housing tolerances. This dimensioned view enables engineers to compare sensor variants or calibration schemes by observing how accuracy shifts with travel distance, guiding decisions on sensor selection, calibration routines, and maintenance scheduling. The visualization also serves as a baseline for ongoing quality assurance, helping to set acceptance criteria and track improvements over time. Overall, the data emphasize that maintaining tight tolerances and robust mechanical interfaces is critical for preserving sensor accuracy across the full operating range of hydraulic cylinders.

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