Tramex Hammer Electrode HA21SP52-B – Pin Probe with 35mm Insulated Pins

The Tramex HA21SP52-B Hammer Electrode is a specialised pin-type probe designed for invasive moisture testing in hard or dense materials.

Unlike standard handheld electrodes, this hammer-action probe allows pins to be driven into tougher substrates, enabling accurate internal moisture readings where surface testing or manual probes are insufficient.

Key Benefits

• Enables moisture testing in dense and hard materials
• Provides deeper and more consistent pin penetration
• Improves accuracy in structural moisture assessments
• Reduces effort when testing tough materials
• Designed for professional, heavy-duty use

Applications / Use Cases

• Timber moisture testing in dense hardwoods
• Structural moisture diagnostics
• Subfloor and framing inspections
• Water damage restoration assessments
• Situations where standard pin probes cannot penetrate

Features

• Hammer-action pin-type electrode
• Bayonet connector for use with MEX5 and CMEX5
• Includes 1.5" (35mm) insulated pins
• Designed for invasive moisture measurement
• Suitable for wood and building material testing
• Heavy-duty construction for demanding environments

Why Choose This Product

The HA21SP52-B is designed for challenging testing conditions where standard probes are not effective. Its hammer-action design allows reliable penetration into dense materials, making it an essential tool for accurate moisture diagnostics in structural and hardwood applications.

INCLUDED

• Hammer Electrode with cable
• 1.5" (35mm) insulated pins

Specifications

General

• Brand: Tramex
• Model: HA21SP52-B
• Product Type: Hammer-action pin-type moisture probe

Compatibility

• MEX5
• CMEX5

Measurement Capabilities

• Invasive moisture measurement
• Suitable for wood moisture content testing
• Suitable for building material diagnostics

Physical Specs

• Pin Length: 35mm (1.5")
• Connection Type: Bayonet connector
• Probe Type: Hammer-action electrode with cable

Differentiation

• Hammer-action design for dense materials
• More effective penetration than standard probes
• Ideal for hardwood and structural testing
• Designed for heavy-duty professional use