IntelliCharger i4 Li-ion/NiMH Battery Charger

“…looking at its features quickly made me realise that I needed this to charge the myriad of batteries that I use.”

I have many electronic devices from flashlights to laser pointers, most of which are high-drain and power-hungry – and the only way to run these devices economically is with rechargeable batteries.

I use a variety of battery types, ranging from rechargeable Lithium-ions to Nickel-Metal Hydrides. Normally with different battery types, you will require different battery chargers.

To make matters worse, these batteries come in different sizes and lengths, varying from the very short CR123A to the larger-than-normal 18650. It would make sense to have a battery charger that could handle all these battery types, dimensions, voltages and milliampere-hours!

SPECIFICATIONS:

  • input voltage: AC 100 – 240V 50/60 Hz or DC 12V
  • input power: 10W
  • output voltage: 4.2V ±1% / 1.48V ±1%
  • output current: 0.375A x 4 / 0.75A x 2
  • dimensions: 139 x 96 x 36 mm
  • weight: 156g (without batteries and power cord)

PRECAUTIONS TO NOTE:

  1. When charging a single battery, the charging current can reach as high as 750mA, which exceeds the current capacity of many of the smaller batteries such as AAA NiMH/NiCd or 10440 Li-ion. As such, these smaller batteries should always be charged in pairs, placed in charging slots 1 and 3, or 2 and 4. Larger batteries such as the 18650 can be charged singly in any slot – I’ve tried and tested this.
  2. When charging two different battery types simultaneously such as NiMH and Li-ion together, ensure that solid contact is made on the positive and negative terminals of the batteries with the metal contact points on the charging slot.
  3. The charger is restricted only to charge Lithium ion (Li-ion), Nickel-Metal Hydride (NiMH) and Nickel Cadmium (NiCd) type batteries, and should not be used for other types.
  4. The charger should only be used indoors or inside a motor vehicle, and never outdoors where it may be exposed to water, humidity or excessively high and low ambient temperature.

i4a

I accidentally stumbled upon the IntelliCharger i4 Battery Charger online and while I wasn’t planning on buying a charger at that time, looking at its features quickly made me realise that I needed this to charge the myriad of batteries that I use.

I know it sounds strange at this point – how could I have so many rechargeable batteries and not have a charger to charge them. Well, I have many small portable chargers but these were cheap and didn’t last very long.

The IntelliCharger i4 boasts many smart features, and it didn’t take much convincing for me to go right ahead and purchase one.

Features and Specifications

Before I proceed with the unboxing, the following is a list of features and specifications of the IntelliCharger i4:

  • universal and automatic smart-charger compatible with almost all types of rechargeable batteries
  • incorporates three different charging modes – Constant Charge Current (CCC), Constant Charge Voltage (CV) and Trickel Charge – depending on type of battery
  • able to automatically identify battery types when placed in the compartment and apply the appropriate charging mode
  • each of the four charging slots is microcomputer-controlled capable of monitoring and charging the same type of batteries
  • incorporates blue LED to indicate power on, and yellow LEDs in blinking sequence and constant on to indicate battery charging process and status
  • automatically stops charging when complete to prevent overcharging or overheating
  • features reverse polarity protection via LED indication – to prevent accidentally placing the battery the wrong way round in the charging slot (it can happen to the best of us!)
  • designed for optimal heat dissipation
  • certified by both RoHS and CE specifications
  • compatible with the following battery types:
    • Li-ion: 26650, 22650, 18650, 17670, 18490,
      17500, 16340 (CR123A), 14500, 10440
    • NiMH/NiCd: A, AA, AAA, C
  • for specifications, see inset box at right

Unboxing and Testing

Let’s proceed with the unboxing:

The purchase from Hong Kong arrived in a brown envelope. As you can see, I have a knack for buying things online these days – for very good reasons!

The IntelliCharger i4 arrives in a very well-packed box.
The quality is evident right from the outside before unboxing!

The IntelliCharger i4 comes with a power cord and works with both 110V or 240V AC. An optional adaptor cable can be purchased to use the charger in a motor vehicle.

The back of the charger unit indicates the types of batteries which can be charged, as well as input and output voltage and current information.

My first test subjects were 4 Surefire rechargeable CR123A Li-ion batteries. In the above photo, batteries in slots 1 and 2 are already charged more than batteries in slots 3 and 4. Four sets of blinking yellow LEDs indicate the charging progress and status.

Once the batteries are fully charged, the yellow LEDs stop blinking and remain constantly on. The batteries can then be removed for use.

Different battery types and sizes can also be charged simultaneously. Here I am charging two 1800mAh Li-ion LR123 with one 2500mAh Li-ion 18650 battery. Individual microprocessor-controlled charging slots make this safe and possible.

Batteries of higher capacity above 750mAh such as the 2500mAh 18650 shown above may be charged singly. Smaller capacity batteries 750mAh and below will need to be charged in pairs, placed either in slots 1 and 3, or slots 2 and 4. This remark is stated in the user manual included with the IntelliCharger i4. Based on tests, the IntelliCharger i4 was found to have performed very well, quickly charging depleted batteries within a relatively short period of time. The IntelliCharger series also comes with a 2-charging-slot model known as the i2.

Conclusion

The convenience of having only one charger device capable of charging the three main battery types Li-ion, NiMH and NiCd of different sizes and capacities make the IntelliCharger i4 a highly recommended buy. The IntelliCharger i4 was recently upgraded to the Pro V3 edition – enhanced in 2013 for better performance and durability. It now features a stainless steel spring guide which enables smoother battery insertion. Click here for more information on this enhanced IntelliCharger i4 Pro V3 3rd Generation.

IntelliCharger i2, i4 and D2 by SYSMAX


Recommended Rechargeable Li-ion CR123A (16340) Batteries


Recommended Rechargeable Li-ion 18650 Batteries


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Stanley

Wow …. good write up! Very detailed and informative

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6</li><li><strong>woo_popular_posts</strong> - Select a number:</li><li><strong>woo_resize</strong> - false</li><li><strong>woo_rss_thumb</strong> - false</li><li><strong>woo_shortname</strong> - woo</li><li><strong>woo_show_video</strong> - false</li><li><strong>woo_single_height</strong> - 120</li><li><strong>woo_single_image_height</strong> - 100</li><li><strong>woo_single_image_width</strong> - 100</li><li><strong>woo_single_width</strong> - 200</li><li><strong>woo_suckerfish</strong> - true</li><li><strong>woo_tabs</strong> - false</li><li><strong>woo_themename</strong> - Fresh News</li><li><strong>woo_thumb_height</strong> - 100</li><li><strong>woo_thumb_image_height</strong> - 75</li><li><strong>woo_thumb_image_width</strong> - 75</li><li><strong>woo_thumb_width</strong> - 100</li><li><strong>woo_uploads</strong> - a:30:{i:0;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/32-logo-devonbuy-2016.png";i:1;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/31-logo-devonbuy-2016.png";i:2;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/30-logo-devonbuy-2015.png";i:3;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/29-logo-devonbuy-2015.png";i:4;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/28-logo-devonbuy-2015.png";i:5;s:73:"https://www.devonbuy.com/wp-content/woo_uploads/27-logo-devonbuy-2015.png";i:6;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/26-favicon-db.png";i:7;s:66:"https://www.devonbuy.com/wp-content/woo_uploads/25-favicon2014.png";i:8;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/24-header2014.png";i:9;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/23-header2014.png";i:10;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/22-header2014.png";i:11;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/21-header2013.png";i:12;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/20-header2013type2.jpg";i:13;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/19-header2013type2.jpg";i:14;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/18-header2013type2.jpg";i:15;s:70:"https://www.devonbuy.com/wp-content/woo_uploads/17-header2013type2.jpg";i:16;s:65:"https://www.devonbuy.com/wp-content/woo_uploads/16-header2013.jpg";i:17;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/15-logo_cart.png";i:18;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/14-logo_cart.png";i:19;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/13-logo_cart.png";i:20;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/12-logo_cart.png";i:21;s:64:"https://www.devonbuy.com/wp-content/woo_uploads/11-logo_cart.png";i:22;s:61:"https://www.devonbuy.com/wp-content/woo_uploads/10-logo_3.png";i:23;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/9-logo_3.png";i:24;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/8-db-fav.png";i:25;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/7-logo_2.png";i:26;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/6-logo_2.png";i:27;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/5-logo_2.png";i:28;s:60:"https://www.devonbuy.com/wp-content/woo_uploads/4-logo_2.png";i:29;s:58:"https://www.devonbuy.com/wp-content/woo_uploads/3-logo.png";}</li><li><strong>woo_video</strong> - true</li><li><strong>woo_video_category</strong> - Select a category:</li></ul>