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C4® LED technology, with a 50,000 hour lifetime. Three ultra-bright white LEDs with 100,000 hour lifetime.
2 modes:
C4 LED – 2117 candela peak beam intensity, 96 Lumens, 2.25 hours runtime
3 LED – 200 candela peak beam intensity, 20 Lumens, 13 hours runtime
IPX4 rated for water-resistant operation. All openings O-ring sealed. One meter impact resistance tested. Wrist lanyard.

ProTac® 1L

Features Ten-Tap™ Programming – Choose from three user selectable programs:
1.) high/strobe/low (factory default)
2.) high only
3.) low/high
C4 LED illumination output and run times:
HIGH - 180 lumens; 3,800 candela peak beam intensity; runs 2 hours
LOW - 12 lumens; 250 candela peak beam intensity; runs 24 hours
STROBE – runs 4 hours
Solid State power regulation provides maximum light output throughout battery life

ProTac® 1AA

Features Ten-Tap™ Programming – Choose from three user selectable programs:
1.) high/strobe/low (factory default)
2.) high only
3.) low/high
C4® LED illumination output and run times:
HIGH - 70 lumens; 1,450 candela peak beam intensity; runs 2 hours
LOW – 5 lumens; 125 candela peak beam intensity; runs 32 hours
STROBE – runs 4 hours
Solid State power regulation provides maximum light output throughout battery life

ProTac® EMS

C4 LED technology offers 3 levels of increasing intensities: Low, medium and high
Powers on at low beam: 3.6 lumens/runs 36 hours; ideal for pupil exams. Faint peripheral illumination surrounding the focused beam slightly illuminates the opposite pupil without directly causing it to contract, facilitating observation of consensual contraction in dim light
Two taps of the tail switch accesses medium mode, which delivers 10 lumens/runs for 19 hours. Ideal for non-glare wound examination
Three taps of the tail switch accesses high mode, which delivers 50 lumens/runs 1.5 hours (1 AA alkaline); runs 3.4 hours using AA lithium battery

Shockproof C4® LED Technology delivers 15,000 candela peak beam intensity.
3 modes:
High – 15,000 candela peak beam intensity, 130 Lumens, 4 hour runtime
Low – 5700 candela peak beam intensity, 50 Lumens, 12 hour runtime
Moonlight Mode – 120 candela peak beam intensity, 1.3 Lumens, 20 Day runtime
Super-tough, non-conductive chemical and corrosion-resistant nylon polymer. Developed for petrochemical and heavy industrial applications with hazardous atmospheres

Engineered optics feature dual parabolic reflectors within a larger textured reflector optimizing light on target in conjunction with an overall smooth flood pattern
Shockproof dual C4® premium LED technology delivers 200 lumens
Features a 210 degree articulating head that rotates a full 360 degrees
4 modes:
High – 1150 candela peak beam intensity, 200 Lumens, 3.5 hour runtime
Low – 350 candela peak beam intensity, 63 lumens, 16 hour runtime
Moonlight – 20 day runtime
Flash – 8 hour runtime

Engineered optics feature dual parabolic reflectors within a larger textured reflector optimizing light on target in conjunction with an overall smooth flood pattern
Shockproof dual C4® premium LED technology delivers 200 lumens
Durable spring-loaded clip for easy attachment to turnout gear and uneven surfaces
Features a 210 degree articulating head that rotates a full 360 degrees

SL-20X® LED

10 watt halogen bulb with a 100-hour lifetime
Up to 38,000 Candela (peak beam intensity), 200 lumens (typical) from halogen bulb
3 white LEDs with 100,000-hour lifetime provide up to 30 lumens

8 watt halogen bulb with a 100-hour lifetime
Pre-focused halogen beam of up to 16,000 Candela (peak beam intensity)
3 white LEDs with 100,000-hour lifetime provide up to 20 lumens; bulb rating is 120 lumens

Shockproof C4® LED Technology delivers 15,000 candela peak beam intensity.
3 modes:
High – 15,000 candela peak beam intensity, 130 Lumens, 4 hour runtime
Low – 5700 candela peak beam intensity, 50 Lumens, 12 hour runtime
Moonlight Mode – 120 candela peak beam intensity, 1.3 Lumens, 20 Day runtime
Super-tough, non-conductive chemical and corrosion-resistant nylon polymer. Developed for petrochemical and heavy industrial applications with hazardous atmospheres