TELESCOPIC PROBE POSITIONING SYSTEM FOR THERMAL MAPPING

Name: UNIRAD 1200
Brand: Anzag
SKU: UNIRAD1200
Availability: InStock

UNIRAD 1200: Modular Solution for Certified Calibration of Climatic Chambers (480 mm to 1200 mm)

Specifications ISO/IEC 17025 Request a quote

UNIRAD 1200 telescopic structure for climatic chamber calibration and mapping

Product Code: UNIRAD1200

Geometric Reliability and Mapping Flexibility

UNIRAD 1200 is the structural solution for accurate thermal and hygrometric mapping of climatic chambers. Designed to ensure measurement repeatability and compliance, the system supports up to 10 sensors, strategically positioned at the critical points required by validation standards (e.g., corners and center).

Adaptability and Precision

Universal Coverage: structure compatible with climatic chambers ranging from 480 mm to 1200 mm.
Telescopic Arms and Supports: all 10 probe-holding arms and the central support are telescopic, allowing for quick adjustment to various internal depths and heights.
10-Point Positioning: standard sampling includes: 4 sensors at the upper corners, 4 at the lower corners, and 2 central sensors (one upper, one lower).
Hygienic Materials: made of materials compatible with the testing environment (e.g., anodized aluminum).

Using UNIRAD 1200 minimizes sensor positioning error, a crucial factor for obtaining accurate and valid certifications.

Key Structural Specifications

Chamber Size Compatibility	Min. 480 mm to Max. 1200 mm (Depth/Width)
Number of Probe Points	10 (8 corners + 2 center)
Adjustable Components	10 Probe-holding arms and 1 Central Support
Adjustment Type	Telescopic, screw-locking
Construction Material	Anodized aluminum

Ensure maximum precision and repeatability in your mappings.
Request a personalized quote for UNIRAD 1200.

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ISO/IEC 17025 Insights for Climatic Chamber Calibration and Mapping

ISO/IEC 17025 is the reference standard for testing and calibration laboratories: technical validity, traceability, and uncertainty control. In the field of climatic chambers, the stability and repeatability of probe positioning are key factors.

The Fundamental Requirement: Minimizing Measurement Uncertainty

The heart of ISO 17025 revolves around technical competence and the minimization of measurement uncertainty sources. In climatic chambers, a major source of uncertainty arises from thermal mapping and non-repeatable or unstable sensor positioning.

Using a rigid support that allows for exact replication of measurement points (corners and centers) is considered a best practice to adhere to the principles of traceability and validity. In this context, a stable geometric system like UNIRAD 1200 helps reduce variability and positioning errors compared to improvised solutions.

Critical Points for ISO/IEC 17025 Accreditation

Traceability: sensors must be traceable to national or international standards.

Documented Procedure: mapping and calibration must be defined, validated, and continuously documented.

Measurement Point Stability: sensors must remain stationary throughout the entire test cycle.

Do you want to align your procedures with ISO/IEC 17025 requirements?

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Adhering to ISO/IEC 17025 is not just a formality: it is an investment in the credibility and quality of metrological data.