This site requires new users to accept that a small amount of member data is captured and held in an attempt to reduce spammers and to manage users. This site also uses cookies to ensure ease of use. In order to comply with new DPR regulations you are required to agree/disagree with this process. If you do not agree then please email the Admins using info@nikondslr.uk after requesting a new account. Thank you. |
Moderated by: chrisbet, | Page: ![]() ![]() |
|
MD80   -   Page   2 | |
Rate Topic |
Author | Post |
---|
Posted: Tue Mar 26th, 2019 04:11 |
|
11th Post |
Posted: Tue Mar 26th, 2019 05:57 |
|
12th Post |
GeoffR![]()
![]() |
Eric wrote:Never understood the need for such precise specification power packs....when 6 Duracell's will apparently do the same job? The reasons are simple; the EN-EL3e is a "smart" battery and can report its state of charge accurately to the camera/grip. Earlier EN-EL3 series batteries are not "smart' in the same way. The grip needs to accurate state of charge information to determine when to switch to the battery with the higher charge. It is likely that the third party EN-EL3 battery speaks Nikon with an accent and the grip is discriminating against it. Two identical batteries should solve the problem. The reason for the range of power options with the Digital grips is equally straight forward. A professional using, say, D3 and D300 bodies has the option to use a common battery in both, the EN-EL4; alternatively AA batteries are readily available in quantity making their use attractive. The option to have an EN-EL3e in the grip works for the person who does not have/want EN-EL4 batteries but does want the additional capacity of a second EN-EL3e. The same is true for the D4 and D800 user with the option to use the EN-EL18 with the D800 grip. In both cases the AA battery holder comes with the grip but the battery lid is an option (not clever because third party lids are 1/3 of the price of a Nikon one). Nikon appears to have lost the plot with the D4 because anyone using both D3 and D4 has to either buy an adaptor for the MH26, to charge the EN-EL4, or carry two chargers. That the EN-EL4 and the EN-EL18 are functionally similar makes the situation even more frustrating. The only obvious difference is the positioning of the connector.
|
||||||||
|
Posted: Tue Mar 26th, 2019 06:02 |
|
13th Post |
GeoffR![]()
![]() |
jk wrote:Yes it seems like over engineering. Sorry to disagree JK but it isn't "over engineering". Batteries are consumable items so replacing, for example, the EN-EL3 with the EN-EL3a on the production line is simply a sensible upgrade that allows users of older cameras to keep using the new batteries but allows Nikon to add functionality to a new camera body. The same applies to later variants of the battery. In your case the EN-EL15b can be charged in the Z7 because it was designed that way. The new battery works just fine in the D800, good backward compatibility, keeping the D800 user supplied with new batteries as required.
|
||||||||
|
Posted: Tue Mar 26th, 2019 06:49 |
|
14th Post |
jk![]() ![]()
![]() |
GeoffR wrote:Sorry to disagree JK but it isn't "over engineering". Batteries are consumable items so replacing, for example, the EN-EL3 with the EN-EL3a on the production line is simply a sensible upgrade that allows users of older cameras to keep using the new batteries but allows Nikon to add functionality to a new camera body. The same applies to later variants of the battery. In your case the EN-EL15b can be charged in the Z7 because it was designed that way. The new battery works just fine in the D800, good backward compatibility, keeping the D800 user supplied with new batteries as required. I understand the new specs and the desire for progress so while I havent taken the individual batteries apart to identify the individual differences. I am however pretty sure that the only difference is the control circuitry.
____________________ Still learning after all these years! https://nikondslr.uk/gallery_view.php?user=2&folderid=none |
||||||||
|
Posted: Tue Mar 26th, 2019 08:51 |
|
15th Post |
Robert![]() ![]()
![]() |
Re the latest version of the EN-EL15 battery, as I understand it the cell manufacturers have very slightly increased the capacity of the chemistry by using slightly thinner membrane with improved resistance to leakage, which is how the Eneloop, Panasonic and Fujitsu batteries (I am led to believe they all come out of the same factory) achieve their better performance. None of the leading manufacturers make the older type cells any more, The EN-EL3 cells were Samsung, the EN-EL15 cells may well also be Samsung. In order to get the extra capacity I understand you need to use a Z charger, which slightly increases the charge compared with the original chargers. I will be collecting one mid May.
____________________ Robert. |
||||||||
|
Posted: Tue Mar 26th, 2019 12:46 |
|
16th Post |
GeoffR![]()
![]() |
Robert wrote:Re the latest version of the EN-EL15 battery, as I understand it the cell manufacturers have very slightly increased the capacity of the chemistry by using slightly thinner membrane with improved resistance to leakage, which is how the Eneloop, Panasonic and Fujitsu batteries (I am led to believe they all come out of the same factory) achieve their better performance. None of the leading manufacturers make the older type cells any more, The EN-EL3 cells were Samsung, the EN-EL15 cells may well also be Samsung. Robert, as far as I know Eneloop is a product of Panasonic, they produce Ni-Mh batteries and the chemistry is very different from the Li-Ion cells used in the EN-EL15 thus their construction is equally different. Thus it is very unlikely that the same method will increase the capacity of both battery types.
|
||||||||
|
Posted: Tue Mar 26th, 2019 12:52 |
|
17th Post |
Robert![]() ![]()
![]() |
GeoffR wrote:Robert, as far as I know Eneloop is a product of Panasonic, they produce Ni-Mh batteries and the chemistry is very different from the Li-Ion cells used in the EN-EL15 thus their construction is equally different. Thus it is very unlikely that the same method will increase the capacity of both battery types. Well that just shows how little I know! Thanks for putting me right. Apart from that I think I'm right, ish?
____________________ Robert. |
||||||||
|
Posted: Tue Mar 26th, 2019 13:48 |
|
18th Post |
jk![]() ![]()
![]() |
GeoffR wrote:Robert, as far as I know Eneloop is a product of Panasonic, they produce Ni-Mh batteries and the chemistry is very different from the Li-Ion cells used in the EN-EL15 thus their construction is equally different. Thus it is very unlikely that the same method will increase the capacity of both battery types. Actually while they claim to be NiMh batteries their characteristics i.e. weight and performance are closer to Li-Ion. Most useful is their non-use discharge characteristics which are also more Li-Ion like as well, but they do take a longer time to charge which may or may not be a bad thing. I use an intelligent charger with them and typically they charge in 8-10hours compared to overnight with a standard charger. The reason I moved to using these Eneloop batteries was that I could charge them and then use them a month or two later with little charge loss. This is definitely not the case with standard Ni-Mh batteries.
____________________ Still learning after all these years! https://nikondslr.uk/gallery_view.php?user=2&folderid=none |
||||||||
|
Posted: Tue Mar 26th, 2019 13:59 |
|
19th Post |
GeoffR![]()
![]() |
jk wrote:Actually while they claim to be NiMh batteries their characteristics i.e. weight and performance are closer to Li-Ion. Most useful is their non-use discharge characteristics which are also more Li-Ion like as well, but they do take a longer time to charge which may or may not be a bad thing. I use an intelligent charger with them and typically they charge in 8-10hours compared to overnight with a standard charger. Indeed not but the characteristic terminal voltage of a Li-Ion cell is 3.7V and Eneloop cells don't display this characteristic. Legally there would be issues with shipping them if they were Li-Ion cells because of their flammable electrolyte. I too use Eneloop batteries where I need them to retain charge for long periods, flash guns for instance, and they are extremely good.
|
||||||||
|
This is topic ID = 1689 Current time is 11:54 | Page: ![]() ![]() | |
Nikon DSLR Forums > Camera and Lens Forums > Cameras > MD80 | Top | |
Users viewing this topic |
Current theme is Modern editor
A small amount of member data is captured and held in an attempt to reduce spammers and to manage users. This site also uses cookies to ensure ease of use. In order to comply with new DPR regulations you are required to agree/disagree with this process. If you do not agree then please email the Admins using info@nikondslr.uk Thank you. |