Tritan™ Blacklight LED Inspection Lamp - MHB Model

• UV-A Intensity Range: 9,000µW/cm² at 15" (38cm)
• UV-A Coverage Area: 6.5 in (16.5 cm)
• Visible Light Measurement: < 2 foot-candles (22 lux)
• Battery Pack: 14.8V, Li-Ion (rechargeable)
• Run Time: 7 hours continuous
• Charge Time: 4 hours
• White Light LED Intensity: 400 foot-candles (4,306 lux)
• Light Source: (3) UV-A LEDs, (1) white light LED

• EN ISO 3059

• Standard faceplate
• AC/DC Rechargeable Li-Ion Battery Pack
• Long lasting UV-A lenses - reduces the rate of solarization
• Built-in fans - maintains optimum light output
• White light LED - use to locate surface flaws
• Rubber bumper - with Borofloat® glass lens protects LEDs from damage
• Lightweight - 1 lb. (454g)
• Meets EN ISO 3059 standards

• Tritan 365 LED 365nm UV-A lamp
• Rechargeable Li-Ion battery pack
• Power supply adapter with AC and DC cord sets
• UV-absorbing spectacles
• Padded protective case

What is the TRITAN™ 365 Series used for? It's Spectro-UV's line of broad-beam, compact-head UV-A inspection lamps used to reveal cracks, flaws, and contamination through fluorescent penetrant and magnetic particle inspection.

Who uses TRITAN lamps? NDT and manufacturing QC teams who need a wide, even beam and a small lamp head to reach tight spaces larger lamps can't access.

How is the series organized? TRITAN comes in standard-intensity, high-intensity, and fully compliant configurations, with both AC-powered and battery-operated models, so you can match the lamp to the job's intensity and compliance requirements.

What is the TRI-365MHB used for? It's a cordless, high-intensity UV-A inspection lamp (9,000 µW/cm²) used for field inspection work that demands both maximum brightness and battery portability.

Who uses it? Field technicians who need the series' highest intensity without being tied to an AC outlet, running up to 7 hours on a charge with a 4-hour recharge time.

How does it compare to the TRI-365MDB? Same battery system and runtime, but the MHB delivers far higher intensity (9,000 vs. 1,400 µW/cm²), choose it when brightness matters more than battery efficiency.