Digital Thermostat Pocket: Essential Protection Component

As a retailer of pool heating equipment, I’m pleased to offer this Digital Thermostat Pocket with 30mm length and 3/8″ thread. This precision-machined component provides essential protection for your digital temperature probe.

Specialized Sensor Protection

The Digital Thermostat Pocket creates a secure, fluid-tight housing that protects your valuable temperature sensor while maintaining excellent thermal transfer for accurate readings. This well-designed pocket allows you to remove or replace the temperature probe without draining your system or disrupting operation.

Quality Construction

This thermostat pocket features several important characteristics:

• Compact 30mm Length: Ideal for installations with limited space
• Standard 3/8″ Thread: Provides compatibility with common plumbing fittings
• Durable Materials: Constructed for long-term reliability in pool environments
• Excellent Thermal Transfer: Ensures accurate temperature sensing
• Fluid-Tight Design: Prevents leakage when removing or installing probes

Technical Specifications

Essential Accessory

This thermostat pocket is a crucial accessory for any digital temperature control system, providing proper protection and mounting for your temperature probe. The standardized 3/8″ thread ensures compatibility with common pool system plumbing, while the compact 30mm length makes it suitable for installations where space is limited.

Perfect For Various Heating Systems

The Digital Thermostat Pocket is ideally suited for:

• Digital temperature control systems
• Pool heater installations
• Heat exchanger applications
• Systems requiring temperature monitoring
• Retrofits of existing heating equipment
• Applications needing removable temperature sensors

By choosing this Digital Thermostat Pocket, you’re ensuring proper protection and installation of your temperature sensor. This simple yet essential component helps maintain system integrity while allowing for service access to your temperature probe without system drainage or disruption.