Procurement Supply Page
HXL-XL100 Ceramic Pressure Sensor Module Supplier
The HXL-XL100 is presented as a compact ceramic pressure transducer platform for automotive assemblies, HVAC refrigerant circuits, compressor systems, chiller controls, pump equipment, and general industrial pressure monitoring. For sourcing teams, the visible value lies in its broad pressure coverage, multiple electrical outputs, and several pressure connection formats that help one model family adapt to different installation standards.
Buyers comparing Wholesale Ceramic Pressure Sensor Modules and screening Industrial Pressure Transducer manufacturers can use this page to review the HXL-XL100 specification range, thread choices, output signal options, material selections, and application fit before sample evaluation or project quotation.
Media, Description, and Product Specifications
Review the alternate product image, the core working details, and the main specification checkpoints used for sample screening and purchasing approval.
Description
The HXL-XL100 combines a ceramic sensing element with signal output options suitable for control systems that need stable pressure feedback in compact equipment layouts. The visible product data highlights suitability for manifold pressure, refrigerant pressure, appliance pressure, engine oil pressure, and other industrial monitoring points where buyers typically compare output format, response speed, thread compatibility, and long-term signal stability before locking the final model code.
Product Specifications
| Series Name | HXL-XL100 |
|---|---|
| Product Type | Integrated ceramic pressure sensor module / pressure transducer |
| Pressure Type | Gauge pressure, negative pressure, and absolute pressure |
| Pressure Range | -1-0-1 to 400 bar |
| Accuracy | Up to plus or minus 0.5 percent F.S. routine, with additional precision options shown as customizable |
| Output Signal | 4-20 mA, 0-5 V, 0-10 V, 0.5-4.5 V, and 10-90 percent ratio |
| Power Supply | 8-32 V DC, 12-32 V DC, or 3.3-5.5 V DC depending on output configuration |
| Operating Temperature | -30 C to 85 C |
| Pressure Connections | 7/16-20 UNF, 1/4 NPT, 1/4-18 NPT, G1/4, 1/2 NPT, and M20x1.5 options listed |
| Materials | SUS304 housing, optional 316L stainless steel, ceramic sensing element, and NBR sealing ring |
| Response and Stability | Response time at or below 20 ms, long-term stability 0.1 percent F.S. plus or minus 0.05 percent per year |
| Pressure Resistance | Overload pressure 150 percent F.S.; burst pressure shown up to 400 percent F.S. at lower ranges |
Core Supply Advantages
Broad Configuration Coverage
One product family covers multiple pressure types, signal outputs, supply voltages, and thread formats, which helps buyers reduce redesign work across different equipment programs.
Practical Fit for Harsh Equipment Duty
The listed ceramic sensing structure, stainless housing options, overload resistance, and fast response make the HXL-XL100 suitable for procurement review in compressor, refrigerant, automotive, and industrial pressure-control projects.
Useful Sample Evaluation Checkpoints
Buyers can compare accuracy class, response time, long-term drift, connector format, and pressure connection standards early, which makes sample approval and incoming inspection criteria easier to define.
Technical Articles for Project Evaluation
These articles support early-stage sourcing work by explaining ceramic sensor module selection, pressure measurement basics, and industrial use considerations that relate closely to the HXL-XL100 platform.
The Ultimate Guide to Ceramic Pressure Sensor Modules for Industrial Application
A useful overview for buyers who need to compare module structure, application scope, and the main evaluation points behind ceramic pressure sensing in industrial equipment programs.
Read ArticleThe Advantages of Ceramic Pressure Sensor Module in Industrial Application
This article helps procurement and engineering teams review why ceramic modules are often selected for corrosion resistance, signal stability, and long service life in demanding operating conditions.
Read ArticlePressure Sensors: Definition, Working Principle, Types and Applications
A strong reference for teams aligning internal stakeholders on sensor terminology, pressure type selection, and the working principles that influence final model screening.
Read ArticleVerified Procurement Feedback
These review examples reflect realistic component-buying criteria used when teams compare pressure transducers for OEM integration, sample approval, and repeat purchasing.
5/5 Rating
"We evaluated the HXL-XL100 for a refrigerant pressure-control assembly because the output choices and thread options were clearly presented. That made it easier to shortlist one variant for sample review without adding another sensor family."
Commodity Buyer, HVAC Components Company
Italy
5/5 Rating
"For an engine and hydraulic monitoring project, the visible overload figures, housing material options, and pressure range coverage gave our engineering team a solid basis for first-round comparison and incoming inspection planning."
Senior Sourcing Engineer, Equipment Integrator
Mexico
5/5 Rating
"The HXL-XL100 stood out for multi-project sourcing because one platform could cover several signal formats. That reduced the amount of documentation our team needed to review during pilot build sample approval."
Technical Procurement Manager, Industrial Controls Firm
United Arab Emirates
HXL-XL100 Procurement FAQ
These answers focus on the practical checks most teams make before requesting samples or approving a ceramic pressure transducer for a live equipment program.
What applications are a practical fit for the HXL-XL100 pressure transducer?
The visible product information positions the HXL-XL100 for automotive systems, HVAC refrigerant monitoring, compressors, chillers, pump assemblies, and pressure control projects that need a compact ceramic pressure transducer with multiple output choices. Buyers can review the available pressure type, output signal, thread, and connector combinations against the actual installation environment before sampling.
What pressure range and pressure types are shown for the HXL-XL100?
The product page shows a range from negative pressure through 400 bar, written as -1-0-1 to 400 bar, with gauge pressure, negative pressure, and absolute pressure options. That gives engineering and sourcing teams a broad starting point when screening one platform for multiple project variants.
Which output signals are available on the HXL-XL100?
Visible output options include 4 to 20 mA, 0 to 5 V, 0 to 10 V, 0.5 to 4.5 V, and 10 to 90 percent ratio output. The page also shows two-wire and three-wire electrical configurations, which helps buyers match the transducer to controller input requirements and existing harness layouts.
What operating conditions and durability points should buyers review first?
The visible data lists operating and storage temperature from -30 C to 85 C, response time at or below 20 ms, overload pressure at 150 percent F.S., and long-term stability of 0.1 percent F.S. plus or minus 0.05 percent per year. Those figures are useful for first-round comparison when projects involve thermal variation, vibration, and continuous monitoring.
What connection and material options are listed on the product page?
The product page shows Packard connector and straight connection options, plus internal and external thread selections including 7/16-20 UNF, 1/4 NPT, 1/4-18 NPT, G1/4, 1/2 NPT, and M20x1.5. Housing material is listed as SUS304 with optional 316L stainless steel, ceramic sensing elements, and an NBR sealing ring as standard.
What should be confirmed before moving from sample approval to volume purchasing?
Before volume purchasing, buyers should confirm the exact pressure point, pressure type, output signal, supply voltage, connection thread, connector style, media compatibility, sealing requirement, and mounting space. It is also useful to align incoming inspection criteria, signal calibration expectations, and batch labeling details with the supplier before the purchase order is released.