bimetallic thermometer base

Zastosowania & Functions

• Secure mounting: Firmly fixes the bimetallic thermometer in place, preventing displacement, vibration-induced damage, or misalignment during equipment operation.
• Facilitate thermal transfer: Provides a direct, tight thermal path between the measured surface/medium and the thermometer’s sensing element, ensuring accurate temperature detection.
• Protective barrier: Shields the thermometer’s connection end and internal components from dust, moisture, corrosive media, and mechanical impacts in harsh working environments.
• Simplify installation & maintenance: Enables quick assembly and disassembly of the thermometer, reducing downtime for calibration, replacement, or system repairs.

Key Features

• Robust construction: Crafted from high-strength, corrosion-resistant materials (e.g., 304/316 stal nierdzewna, Stal węglowa) to adapt to diverse harsh environments.
• Standardized interface: Designed with universal mounting threads or flanges that comply with industrial standards (e.g., M27, G1/2, NPT), ensuring compatibility with most standard bimetallic thermometers.
• Sealed design: Equipped with integrated sealing grooves or gaskets (e.g., silicone, PTFE) to prevent leakage of fluids or gases from the measured system.
• Compact & versatile: Streamlined structure fits into tight spaces (common in machinery, pipelines, or tanks) and supports horizontal, vertical, or angled mounting as needed.

Zalety

• Enhanced measurement accuracy: Tight thermal contact and stable positioning eliminate gaps that cause measurement lag or inaccuracies, ensuring reliable temperature data.
• Extended service life: Effective protection against environmental hazards reduces wear and tear on both the base and the paired thermometer, lowering replacement costs.
• Broad compatibility: Standardized dimensions and multiple mounting options make it adaptable to various bimetallic thermometer models and industrial equipment types.
• Cost-efficiency: Simple installation reduces labor costs, while low maintenance requirements and long durability minimize long-term operational expenses.

Application Scenarios

• Industrial manufacturing: Injection molding machines, extrusion equipment, die-casting tools, and industrial furnaces.
• Chemical & petrochemical: Pipeline systems, reaction vessels, storage tanks, and chemical processing units (resisting corrosive media).
• Food & beverage production: Baking ovens, pasteurizers, mixing tanks, and refrigeration systems (complying with sanitary requirements).
• HVAC & energy: Boilers, heat exchangers, air conditioning systems, and thermal power plant pipelines.
• Automotive & aerospace: Engine cooling systems, fuel tanks, and aircraft auxiliary equipment (withstanding vibration and temperature fluctuations).

Key Attributes

• Material grade: 304 stal nierdzewna (general corrosion resistance), 316 stal nierdzewna (enhanced resistance to saltwater/strong chemicals), or carbon steel (for low-corrosion, high-strength applications).
• Mounting specification: Threaded (M16, M20, M27, G1/2, G3/4, NPT1/2) or flanged (ANSI, DIN standards) for different installation needs.
• Operating temperature range: -50°C to 600°C (varies by material, compatible with most bimetallic thermometer working ranges).
• Sealing rating: IP65/IP67 (dust-tight and water-resistant) for harsh environment adaptation.
• Insertion length: 20mm–200mm (customizable to match thermometer sensing length and equipment requirements).

Summary