FlashlightChart.com / Flashlights / Acebeam / Acebeam H30 R+CRI (2018)

Acebeam H30 R+CRI (2018) review

2018
1 x Cree XHP70.2 LED, 1 x Cree XP-E2 R2 LED, 1 x Nichia 219C LED
4000 lm output
7300 cd intensity
1 x 21700 Li-Ion battery

The Acebeam H30 R+CRI (H30RCRI) released in 2018. It uses 1 x Cree XHP70.2 LED, 1 x Cree XP-E2 R2 LED, 1 x Nichia 219C LED, SMO reflector and 1 x 21700 Li-Ion battery. The powerful emitter in this headlamp provides up to 4000 lm output, 7300 cd intensity, and a beam distance of 171 m.

This light has 6 modes of lighting. The memory function is a nice feature, the light will remember the last used mode. The H30 R+CRI flashlight is rechargeable easily via USB port.

Table of contents:

Acebeam H30 R+CRI (H30RCRI) specifications

Brand
Acebeam
Name
H30 R+CRI
Type
H30RCRI
Rating
Rated 3/5 based on 130 user votes.
Thanks for rating!
Invalid rating.
Launch
2018
Form
headlamp

Body

The aluminium body of flashlight treated with a Type III hard-anodized, anti-abrasive finish.

Weight
80 g
Length
89.4 mm
Head diameter
29 mm
Material
aluminium alloy with HAIII hard-anodized finish
Colors
black

System

The emitter of H30 R+CRI manufactured by Cree, a US-based LED manufacturing company. The emitter of H30 R+CRI manufactured by Nichia, a Japanese LED manufacturer. The H30 R+CRI has a smooth reflector. The properly focused smooth reflector gives you a more cohesive hotspot and therefore throws better. It has an AR coated lens.

Emitter
1 x Cree XHP70.2 LED, 1 x Cree XP-E2 R2 LED, 1 x Nichia 219C LED
Color temperature
6500 K
Reflector
SMO
Lens
toughtened AR coated glass
Switch
dual electronic side

Performance

The throw is the calculated distance in meters at which the flashlight produces a light intensity of 0.25 lux. The candela per lumen (cd/lm) ratio can be used to determine if a flashlight has a spot or flood type beam. Well-focused spot beams can be over 100 cd/lm, tactical flashlights are typically between 20-100 cd/lm, and work lights are less than 10 cd/lm.

Flux
4000 lm
Intensity
7300 cd
Throw
171 m
CD/LM factor
1.83
CRI
90

Software

The H30 R+CRI has mode memory. Mode memory means that the light will remember the mode you were using when the light was last turned off, and when you turn it on again. It has the SOS beacon function for an emergency situation. The SOS flashes Morse code so you can signal for help when needed.

Modes
6 modes
Mode memory
yes
Ramping mode
no
Strobe
no
SOS/Beacon
yes

Features

The battery indicator lets you know when the battery is low, charging, or fully charged. This flashlight can charge the battery with an integrated charger, and it works with any USB power source. This flashlight has a built-in low voltage protection (LVP) to prevent damage to the cell from over-discharge, so protected cells are not necessary. The built-in thermal control automatically adjusts brightness output to prevent overheating. It has auxiliary LEDs which make it really nice looking. The H30 R+CRI flashlight can be used as a powerbank to recharge a device, such as a mobile phone.

Battery
1 x 21700 Li-Ion battery
Battery indicator
yes
Charger port
USB Type-C
LVP
yes
Thermal regulation
yes
Protection
IPx8
AUX LEDs
yes
Magnetic
no
Specials
high CRI light
powerbank function
red light
white light

Accessories

It comes with a battery. The battery must be fully charged before you first use your H30 R+CRI.

Package contents
18650 adapter
2 x spare o-rings
21700 battery
headband
two way USB Type-C cable

The performance of the Acebeam H30 R+CRI flashlight is measured according to the ANSI / NEMA FL1 Standard 30 seconds after switching the light on. The ANSI/NEMA FL1 2009 Standard is a set of flashlight performance guidelines.

The specifications above are based on the official data published by the manufacturer, but we also take user reviews into consideration. If you found an error or something lacking in the specifications above for the Acebeam H30 R+CRI, then don’t hesite and signal the problem to us.

Acebeam H30 R+CRI (H30RCRI) pictures

If there’s information about the Acebeam H30 R+CRI that you would like to see on this site, then write to our webmaster@flashlightchart.com address.

Back to Top
This website uses cookies which are small data files that it creates and stores on your computer. If you use this website, you agree with our cookies policy. More information