Carryingcase for hand yokes and UV-lamps
MR Chemie#G260L
Supplied with pick-and-pluck foam.
€ 232
(excl. VAT)Separate sensor unit for the Apollo 3.0 system. Replace a defective/worn sensor or expand your setup with an additional UV-A & White Light sensor – still wireless and autoranging for stable measurements without cable clutter.
Replacement/expansion in FPI/MP set-ups, quality control with multiple fixed measurement points, service and audit preparation where consistent measurements are required.
Do you have recurring measurement points? Mount the sensor in a fixed fixture (jig). This reduces operator variation and makes the results reproducible.
UV-A & white light in the same sensor – simultaneous measurement with autoranging
Wireless Bluetooth to Apollo reader – measuring distance typically up to 5 m
Cable-free setup for lamp tests and stations with limited space
NIST-traceable calibration and compliance with ISO 3059
Powered by standard alkaline batteries – quick replacement during operation
Compact and lightweight – designed for daily use in workshop and field
Warranty: up to 4 years with periodic recalibration at a Labino-authorised laboratory; otherwise 1 year (recommended interval approx. 6 months)
Measuring functions: UV-A (irradiance) and visible light (lux)
Interface: Bluetooth wireless connection to Apollo reader
Measuring distance (typical): up to approx. 5 m sensor ↔ reader
Range/stability: Autoranging, fast stabilisation of the reading
Calibration/traceability: NIST-traceable, in compliance with ISO 3059
Power supply: Alkaline batteries (easy replacement)
Environment/use: suitable for workshop and field; designed for daily NDT use
Compatibility: Apollo 3.0 reader (matching firmware/series)
Scope of delivery – Apollo 3.0 Sensor only
1 × UV-A & white light sensor (Apollo 3.0)
Note: This is the sensor only – reader/display unit and other accessories are not included.
| Title | Type | Size | Download |
|---|---|---|---|
| Labino_Catalog-Feb-2025.pdf | 8.21MB | Download | |
| 1_Labino_APOLLO-SERIES-_2025.pdf | 1.14MB | Download |