- Product Details
- {{item.text}}
Quick Details
-
Lamp Body Material:
-
Aluminum Alloy
-
Lamp Luminous Flux(lm):
-
1 - 300 lumens
-
Color Temperature(CCT):
-
4500K (Neutral White)
-
Lifespan (hours):
-
365d
-
Working Time (hours):
-
40h
-
Product Weight（kg）:
-
0.012
-
Place of Origin:
-
Guangdong, China
-
Brand Name:
-
NITECORE
-
Model Number:
-
TIKI Gitd
-
Max Output:
-
300 Lumens
-
Max Beam Distance:
-
71 m
-
Max Beam Intensity:
-
1260 cd
-
Max Runtime:
-
40 h 0 m / 1.66 d
-
Special Modes:
-
UV Light
-
Battery:
-
Rechargeable Li-ion
-
Length:
-
55 mm / 2.16 in
-
Head Size:
-
14.7 mm / 0.57 in
-
Weight:
-
12g / 0.42 oz
-
Feature:
-
Rechargeable
Quick Details
-
Battery Type:
-
Rechargeable Li-ion
-
Usage:
-
Industrial
-
Power Source:
-
rechargeable battery
-
Lamp Body Material:
-
Aluminum Alloy
-
Lamp Luminous Flux(lm):
-
1 - 300 lumens
-
Color Temperature(CCT):
-
4500K (Neutral White)
-
Lifespan (hours):
-
365d
-
Working Time (hours):
-
40h
-
Product Weight（kg）:
-
0.012
-
Place of Origin:
-
Guangdong, China
-
Brand Name:
-
NITECORE
-
Model Number:
-
TIKI Gitd
-
Max Output:
-
300 Lumens
-
Max Beam Distance:
-
71 m
-
Max Beam Intensity:
-
1260 cd
-
Max Runtime:
-
40 h 0 m / 1.66 d
-
Special Modes:
-
UV Light
-
Battery:
-
Rechargeable Li-ion
-
Length:
-
55 mm / 2.16 in
-
Head Size:
-
14.7 mm / 0.57 in
-
Weight:
-
12g / 0.42 oz
-
Feature:
-
Rechargeable
Technical Data
TIKI/TIKI GITD/TIKI GITD BLUE:
|
FL1 STANDARD |
HIGH |
MID |
LOW |
ULTRALOW |
UV |
Aux White Constant-on |
Aux White Warning Flashing |
| Lumens |
300 Lumens |
60 Lumens |
15 Lumens |
1 Lumen |
500mW |
22 Lumens |
22 Lumens |
|
Runtime |
30min |
1h |
4h |
40h |
45min |
1h 30min |
20h |
|
Beam Distance |
71m |
31m |
15m |
4m |
- |
- |
- |
|
Beam Intensity |
1,260cd |
250cd |
60cd |
4cd |
- |
- |
- |
|
Impact Resistance |
1m |
||||||
|
Water Proof |
IP66 |
||||||
Note: The stated data is measured in accordance with the international flashlight testing standards ANSI/PLATO FL 1-2019, using the built-in Li-ion battery (130mAh) under laboratory conditions. The data may vary in real-world use due to different battery usage or environmental conditions.
