t_seriest

Technical Specifications

Dimensions

Head Dia.
1.3 inches (33 mm)
Body Dia.
1 inches (25.4 mm)
Length
5.7 inches (146 mm)1
Weight
4.6 ounces (130 grams)

Battery Type

  • 1x18650 or 2x18650 (optional)2
  • Compatible battery (diameter/length)
    • 18650: (18-18.8mm/65-68.8mm)
  • Do not use CR123A batteries with XHP35 LEDs as it may overheat in MAX output
  • Protection PCB trip current: 10A or higher
  • Read precaution with li-ion batteries.

Operating voltage

  • 2.7V - 8.4V

What's included

  • T25C2 Pro flashlight
    • Crenulated stainless steel bezel
    • Add-on diffuser filter with flip-cover feature
    • Rigid nylon holster w/ self-retention device
    • Cigar grip cover ring
  • Spare o-rings
  • User Manual
  • Mil-Spec Para-cord Lanyard w/ quick attachment clip
  • Removeable darken pocket clip made of spring steel w/ harden treatment

Carrying method

  • Para-cord lanyard with quick attachment clip
  • Heavy duty nylon holster

Waterproof

  • IPX-8 standard

Replaceable items

  • Lens

Reflector

  • Smooth aluminum reflector

Material

  • HAIII hard anodization aerospace aluminum

LED drop-in modules regular beam

  • CREE XHP35 HD E4 Cool White LED Dropin
  • CREE XHP35 HD Neutral White LED Dropin
  • CREE XHP35 HI E2 Cool White LED Dropin
  • CREE XHP35 HI Neutral White LED Dropin
  • UV 365nm dropin (Ledengin LZ1-00UV00, 1360mW radiant flux, 2levels)
  • UV 395nm dropin (Ledengin LZ1-00UA00, 1400mW radiant flux, 2levels)
  • IR 850nm dropin (Osram 640mW radiant flux, 2levels)
  • IR 940nm dropin (Osram 600mW radiant flux, 2levels)
  • Red color LED dropin (CREE XP-E2 Color, 2levels, 9,000 lux, 208yards/190meters)
  • Green color LED dropin (CREE XP-E2 Color, 2levels, 11,500 lux, 234yards/214meters)
  • Blue color LED dropin (CREE XP-E Color, 2levels)
  • Custom high power 395nm UV LED (5Watts 2000mW)
  • Custom high power 365nm UV LED (5Watts 1400mW)
  • CREE XP-L HI V3 Cool White LED Dropin
  • CREE XP-L HI Neutral White LED Dropin

LED drop-in modules floody beam

  • Multi-color (White/Red/Royal Blue/Green) dropin (CREE XM-L Color, D25LC2 color driver)
  • Triple high CRI-92 neutral white LED dropin
    1000 LED lumen
    (3*Nichia 219B LED SW45,T25C2 driver)
  • Triple cool white LED dropin
    1317 LED lumen
    (3*CREE XP-G2 S2 LED, T25C2 driver)
  • Triple Red Color LED dropin (3*CREE XP-E RED LED, T25C2 driver, 1500 lux, 85yards/77meters)
  • Triple Green Color LED dropin (3*CREE XP-E Green LED, T25C2 driver, 3000 lux, 120yards/110meters)
  • Triple Blue Color LED dropin (3*CREE XP-E Blue LED, T25C2 driver)

LED

  • CREE XHP35 HD E4 Cool White LED
  • CREE XHP35 HI E2 Cool White LED
  • CREE XHP35 HI Neutral White LED

Max output

  • CREE XHP35 HD E4 Cool White LED
    • LED lumen: 2000
    • ANSI FL-14 lumen: 1600
  • CREE XHP35 HI E2 Cool White LED
    • LED lumen: 1870
    • ANSI FL-14 lumen: 1400

Beam Profile

CREE XHP35 HD E4 Cool White LED

  • Center lux: 21,200 lux
  • Center spot angle: x°
  • Spill light angle: x°
  • Beam distance: 317 yards / 291 meters
CREE XHP35 HI E2 Cool White LED

  • Center lux: 37,100 lux
  • Center spot angle: x°
  • Spill light angle: x°
  • Beam distance: 420 yards / 385 meters

Lens

  • Waterwhite glass lens w/ harden treatment
  • Anti-reflective (AR) coating on both side (96% transparency)

LED circuit

  • W1900 Tac
    • Offer current regulated MAX output with a single li-ion battery
    • Low voltage warning at 2.7V (lowers output to the lowest level to extend remaining runtime)
    • Built-in shut down voltage at 2.7V (if voltage reaches 2.7V at the lowest level, the flashlight will turn off)
    • Programmable low output level
    • Active thermal management feature (adjustment range 70%-100%)5
    • Synchronous boost controller with ultra low resistance mosfet which offers up to 95% efficiency
    • High switching frequency convertor for more compact circuitry design
    • Non-dimming constant current regulation for all output levels without flicking
    • Zero standby current

Output and Runtime

  • Regular model - three brightness levels
    • Led lumen:
      • XHP35 HD E4:
        20005-1320/710/250 or 18
      • XHP35 HI E2:
        18705-1230/660/225 or 15
    • ANSI FL-1 lumen:
      • XHP35 HD E4:
        16005-1069/582/208 or 15
      • XHP35 HI E2:
        14005-984/535/185 or 12
  • Tactical model - two brightness levels
    • Led lumen:
      • XHP35 HD E4:
        20005-1320/58/Disorienting strobe
      • XHP35 HI E2:
        18705-1230/48/Disorienting strobe
    • ANSI FL-1 lumen:
      • XHP35 HD E4:
        16005-1069/48/Disorienting strobe
      • XHP35 HI E2:
        14005-984/43/Disorienting strobe
  • Runtime: (Regular mode)
    • 1-1.3/2.8/10 or 200 hrs (1x18650 3500mAh)
    0.5-0.8/1.6/6 or 120 hrs (2xCR123A)
    1.8-2.6/5.7/20 or 400 hrs (2x18650 3500mAh) 6

  • Runtime: (Tactical mode)
    • 1-1.3/50 hrs (1x18650 3500mAh)
    0.5-0.8/30 hrs (2xCR123A)
    1.8-2.6/100 hrs (2x18650 3500mAh) 6

  • Four hidden auxiliary outputs
    • Disorienting strobe/Flash/ Beacon/S.O.S.

Operations

  • Tactical forward clicky switch
  • Basic operation
    • Turn on the light by pressing the tailcap button until it clicks.
    • Twist the head to select between three output levels.
    • Pre-selected output level before turning on the light.
    • Cycle through auxiliary modes: tight the head (1st level), and loose the head (3rd level) and then tight the head within one second to enter auxiliary setting. Repeat to cycle through all settings. Turn off the light or loose the head to quit.
  • Advanced operation
    • Programing the third level output level: Switch to third level and turn on and off for 20 times.
    • Switching between regular mode and tactical mode: Switch to 2nd output level and turn the flashlight on and off for 20 times.
    • Tail strobe feature (off by default): With this enabled, you can access strobe output at the tailcap switch button . To toogle this function, switch to 1st level and turn the flashlight on and off 20 times. With the tailcap strobe setting enabled, a double press of the switch button will activate the strobe output.

Controls

Other features

  • LED direct soldering on copper for maximum heatsink ability
  • User replaceable glass lens
  • Battery reverse polarity protection
  • Ultra low internal resistance phosphor bronze springs (silver coated)
  • Spring loaded positive and negative terminal
  • One piece head design for maximum heat transfer
  • Tailcap battery stabilizer design to prevent battery movement inside the battery tube

Warranty

Battery Safety Precaution

Ensure the protection circuit on the 18650 battery to have current trip of 10A or higher (EAGTAC 18650 2600mAh and 3500mAh (Sanyo GA cells) with protection PCB built-in at anode both have 10A trip current). Always use proven EAGTAC batteries for best performance and reliability. Safe chemistry IMR 18650 li-ion are also supported, however use it with precaution as they are unprotected.

Do not use any CR123A in this flashlight as it may overheat when flashlight is set at maximum level.

All EAGTAC flashlights are designed to use button-top battery (battery with protruding positive terminal). For rechargeable li-ion battery, use only EAGTAC li-ion battery, or other protected li-ion battery with compatible length and diameter. Before using the battery, check and ensure the battery outer wrapping (the isolating plastic film that wraps around the metal housing of the battery) is complete. Broken battery wrapping may lead to short circuit and damage to the flashlight.

Lithium and Li-ion battery can explode or cause burns if disassembled, shorted, or exposed to high temperature. Do not mix new and used batteries. Do not mix batteries with different brand, capacity, voltage, or install batteries backwards.

NiMH rechargeable battery may release gas during discharge. If you experience an inflated switch boot or find high pressure being built inside the flashlight, switch off the flashlight immediately. Slowly loosen the tail-cap to reduce the internal pressure and replace all batteries.     Back to top

Flashlight Maintenance

Periodically clean the threads and o-rings with a lint free cloth and apply a thin coating of EAGTAC synthetic grease to the o-rings and threads. After prolonged exposure to moisture, the head and batteries should be removed, inspected, and dried. Do not touch or attempt to clean the reflector, as it will scratch the reflective coating permanently.     Back to top

  1. This weight measurement is based on the Kit model excluding batteries
  2. All batteries must have protruding top button. Protected li-ion battery with 2.5V low voltage cut-off setting is recommended. Using li-ion battery with higher cut-off value (e.g. 3V) may cause the LED to blink when the battery is almost drained due to battery restarting itself. This is normal.
  3. Beam output diameter taken at one meter
  4. ANSI FL-1 Lumens is a measurement of light output standardized by American National Standards Institute for use with flashlights. This ANSI Lumen measurement is the total overall light output being emitted from the flashlight measured in a calibrated integrated sphere. This measurement is generally more accurate as it takes into consideration the loss from reflector/lens/bezel.
  5. After 60 seconds at maximum output level (100%), the active thermal management feature will be activated and continuously adjusts the maximum output level according to the flashlight internal tempearture. The C3800 adjustment output range is between 80% to 100% (72%-100% for W1900). This feature maintains the flashlight surface temperature to be about 130°F (54 °C) for C3800 or 140°F (60 °C) for W1900 (higher surrounding temperaturemay result in higher flashlight temperature). It's normal for high power flashlight to run hot at MAX level. Reduce the output if the user finds the flashlight too warm to hold.
  6. Runtime is measured using one EAGTAC 3500mAh high discharge 18650 li-ion batteries. MAX level runtime includes out-of-current regulation time period when battery is almost depleted. With active thermal management feature, runtime in cooler environment will have shorter runtime (higher MAX output) and long runtime in hotter environment (lower MAX output).