Dillon AWT05-506447 Wireless Remote Control for EDXTREME Digital Force Gauges

Overview

The Dillon AWT05-506447 Wireless Remote Control is an engineered interface module designed exclusively for remote operation and real-time monitoring of the Dillon EDXTREME series of high-precision digital force gauges. Unlike generic wireless transmitters, this device implements a proprietary 2.4 GHz frequency-hopping spread spectrum (FHSS) protocol, ensuring robust immunity to electromagnetic interference commonly encountered in industrial testing environments—such as those found in aerospace component validation, wire rope certification labs, and structural anchor pull-testing facilities. The remote enables bidirectional communication: users can initiate zeroing, tare, peak hold, and data capture functions from a safe distance while simultaneously receiving live force readouts with resolution matching the host gauge’s native capability (e.g., 0.5 lbf or 0.2 kgf, depending on model configuration). Its compact, ergonomically contoured housing—rated IP65 for dust and low-pressure water resistance—is constructed from reinforced polycarbonate with stainless steel tactile buttons, supporting repeatable actuation under gloved-hand operation per ASTM F2713-21 guidelines for field-deployable instrumentation.

Key Features

• True bidirectional RF link with sub-100 ms latency for responsive control and feedback
• Pre-paired at factory with EDXTREME gauges; no manual pairing or firmware updates required
• Dual-mode display: LED status indicators (power, link, battery, function mode) + backlit LCD showing real-time force value and unit (lbf/kgf/N)
• Programmable button mapping: customizable assignment of Function 1–4 keys to user-defined operations (e.g., toggle between normal/enhanced resolution, switch units, trigger statistical batch capture)
• Low-power design compliant with EN 300 328 v2.2.2; CR2032 battery supports ≥12 months of typical lab use (100 activations/day)
• Integrated shock-absorbing bumper and lanyard anchor point for drop protection up to 1.2 m (per IEC 60068-2-32)

Sample Compatibility & Compliance

The AWT05-506447 is validated for seamless interoperability across the full EDXTREME product family—from the entry-level EDx–1T (2,500 lbf capacity, aircraft-grade 2024 aluminum load cell) to the heavy-duty EDx–250T (550,000 lbf, E4340 alloy steel construction). It maintains synchronization with the gauge’s internal overload protection logic: when the host detects forces exceeding its rated ultimate overload (700% for aluminum models, 400–500% for alloy steel variants), the remote immediately displays “OL” and disables further command input until reset. The system complies with ISO/IEC 17025:2017 requirements for traceable instrumentation control interfaces and meets electromagnetic compatibility standards per EN 61326-1:2013 (industrial environment). For regulated industries, audit trails generated via the remote’s command log (accessible through optional PC software) support FDA 21 CFR Part 11 electronic record integrity requirements when used in conjunction with validated EDXTREME data acquisition workflows.

Software & Data Management

While the AWT05-506447 operates autonomously without software, it fully integrates with Dillon’s free EDX-PC Suite v4.2+ for advanced configuration and traceability. Users may define custom remote profiles—including button behavior, display formatting (e.g., fixed decimal places), and alarm thresholds—and deploy them via USB-C cable. All remote-initiated actions (e.g., peak capture timestamp, tare event, unit change) are embedded into the gauge’s native .CSV or .TXT output files with millisecond-accurate UTC timestamps synchronized to the host’s internal RTC. When connected to a networked test station, the remote’s activity logs—alongside raw force data—are exportable in ASTM E1447-compliant format for inclusion in GLP/GMP documentation packages. No cloud dependency or third-party subscription is required for core functionality.

Applications

• Aerospace fastener torque verification: operators remotely trigger hold-and-record sequences during wing spar bolt tensioning without disrupting ergonomic positioning
• Offshore mooring chain certification: wireless control enables safe force monitoring during dynamic load cycling on deck-mounted EDXTREME systems exposed to salt spray
• Automotive crash barrier anchor testing: engineers maintain >3 m clearance during high-energy pull tests while observing real-time load curves on the remote’s LCD
• Materials science tensile labs: synchronized multi-gauge setups use AWT05-506447 units to coordinate simultaneous load application across parallel specimens per ISO 527-1
• Calibration laboratory intercomparisons: remote units provide independent operator verification of gauge stability between reference standard applications

FAQ

Is the AWT05-506447 compatible with non-EDXTREME Dillon gauges, such as the BDI or LAL series?

No. This remote is hardware- and protocol-specific to the EDXTREME platform’s embedded RF receiver architecture and cannot be retrofitted to legacy Dillon instruments.
What happens if the remote signal is temporarily lost during a critical test?

The EDXTREME gauge continues uninterrupted operation using its local controls and internal memory; the remote automatically re-establishes connection within 2 seconds upon signal restoration, with no data loss or state corruption.
Can multiple AWT05-506447 remotes operate independently in close proximity?

Yes. Each unit is factory-assigned a unique FHSS hopping sequence and channel mask, enabling concurrent use of up to 16 remotes within a single facility without cross-talk.
Does the remote support analog output or relay triggering?

No. It is a digital command interface only. Analog outputs and dry-contact triggers remain exclusive to the EDXTREME gauge’s rear-panel I/O port.
Is battery replacement user-serviceable?

Yes. The CR2032 battery compartment is accessible via two Torx T5 screws; replacement requires no recalibration or re-pairing.