GBOperating Instructions, Safety instructions

GBOperating Instructions

High capacity Battery grip for Canon EOS 40D/30D/20D Included in package:

>Battery Grip C-40 D pro

>AC power supply adaptor with european plug

>Car adaptor

The Battery Grip C-40 D pro is a high capacity Li-Ion battery pack which is an alternative energy supply for the Canon EOS 40D/30D/20D. Its main function is an extended energy supply, but it also simplifies the application of light control and shooting pictures sideways. Because the integrated battery pack has a capacity of 3600mAh, it is possible to take up to 1000 pictures.

Safety instructions

>Please read the manual carefully.

>Use the grip only with Canon EOS 40D/30D/20D cameras.

>Do not use in rain, very damp or humid conditions.

>Do not attempt to open or damage the housing.

>Do not short-circuit the battery.

>Disconnect from the mains supply after charging.

Instructions

Charge the Battery Grip C-40 D pro with the power supply included. Charging time is around 5 hours & will stop automatically. After the charging process is finished, the LED on the grip turns from red into green. Disconnect the power supply from the grip.

Open the cover of the battery panel on the camera. Remove the enclosed battery. Raise the cover of the battery panel in a 35° angel and carefully pull it out. You can place the panel cover into the contact shaft of the grip to store it

Carefully insert the contact shaft vertically in the camera panel of the battery. Fix the camera with the stand screw.

Now is the grip ready to use. All relevant information about capacity you will find on the camera display. The common dial & shutter button are fully integrated in the camera system.

The life cycle of the internal battery of the grip is about 300 times. So if you charge the grip every week, you can use it for around 6 years.

The performance of the grip drops down at very cold temperatures.

20D, 30D, 40D specifications

Ansmann Energy has established itself as a prominent player in the field of energy storage solutions, particularly with its powerful series of modular batteries, specifically the Ansmann Energy 40D, 30D, and 20D models. These batteries cater to a wide range of applications, from renewable energy systems to electric vehicles and beyond.

The Ansmann Energy 40D model stands out due to its robust design and impressive energy capacity. With a nominal voltage of 48V and a capacity of 40Ah, it is engineered for high-performance applications. The 40D features advanced lithium-ion technology, which allows for a higher energy density compared to traditional battery chemistries. This enhances the efficiency and longevity of energy storage, making it suitable for both commercial and residential uses.

Next in line is the Ansmann Energy 30D model. It offers a slightly reduced capacity of 30Ah, retaining the same nominal voltage of 48V. This model is ideal for applications where space is a concern but reliable power is still required. With built-in BMS (Battery Management System), the 30D ensures optimal performance while safeguarding against overcharging and overheating, which can significantly prolong the unit’s lifespan.

The Ansmann Energy 20D is the most compact of the series, boasting a capacity of 20Ah but maintaining the essential features that define the Ansmann brand. This model addresses the needs of smaller-scale projects or off-grid systems. The 20D also employs lithium-ion technology, ensuring an efficient energy output and a lightweight design, making it easier to handle and install.

Common features across all three models include a high cycle life, fast charging capabilities, and scalability options. These batteries can be seamlessly integrated into current energy systems or paired together to meet larger energy demands. With smart monitoring technology, users can track battery performance in real-time, allowing for better decision-making and energy management.

In conclusion, the Ansmann Energy 40D, 30D, and 20D models embody cutting-edge energy storage technology that meets the diverse needs of modern energy applications. Their high performance, durability, and advanced features position them as formidable contenders in the energy market, making them suitable for users seeking efficient and long-lasting storage solutions.