Here's some information on Shindengen regulator's / rectifier's, they are popularly used one's for upgrading and repairing your bike's electrical system's I will update this thread when i get a chance wit ha few more reg/rect's With the reg/rect model/part number's i have left off any suffix's on the end These are generally AA, BA, CC, E, -12 etc, they specify the configuration, socket type and whether or not they have a fly lead type socket or socket's for the wiring connection's etc example an SH650C-11 reg/rect has a fly lead with a 6 pin socket on the end a SH650A has the 6 pin socket moulded into the case There are sometime's other code's printed below the model code, these are usually batch run number's, and month / year code's Shindengen SH775, Mosfet Series type Maximum current (no cooling) 14A Maximum current: 35A, Maximum Voltage 15.0V W: 90, D: 84.5, H: 32 Shindengen FH020, Mosfet Shunt type Maximum current (no cooling) 30A Maximum current: 35A Maximum Voltage 14.8V W: 90, D: 84.5, H: 32 Shindengen FH012 Mosfet Shunt type Maximum current (no cooling): 41A Maximum current: 50A Maximum Voltage 14.8V W: 90mm, D: 84.5mm, H: 32mm Shindengen FH019 Mosfet Shunt type Maximum current (no cooling): 41A Maximum current: 50A Maximum Voltage 14.2V W: 90mm, D: 84.5mm, H: 32mm Shindengen SH713AA SCR Shunt type Maximum current (no cooling): 20.8A Maximum current: 35A Maximum Voltage 14.9V W: 80mm, D: 80mm, H: 28mm Shindengen SH782, SCR Shunt type Maximum current (no cooling): 15A Maximum current: 25A, Maximum Voltage 14.5V W: 80mm, D: 80mm, H: 28mm Shindengen SH569, SCR Shunt type Maximum current (no cooling): 10A Maximum current: 25A, Maximum Voltage 14.7V W: D: H: Shindengen SH572, SCR Shunt type Maximum current (no cooling): 10A Maximum current: 25A, Maximum Voltage 14.7V W: 76mm, D: 48mm, H: 28mm Shindengen SH640, SCR Shunt type Maximum current (no cooling): 12A Maximum current: 25A, Maximum Voltage 14.7V W: 80mm, D: 66mm, H: 28mm Shindengen SH650, Shunt type Maximum current (no cooling): 12A Maximum current: 18A, Maximum Voltage 14.9V W: 80mm, D: 66mm, H: 28mm Shindengen SH782, SCR Shunt type Maximum current (no cooling): 18A Maximum current: 35A, Maximum Voltage 14.5V W: 80mm, D: 80mm, H: 28mm Shindengen SH821, SCR Shunt type Maximum current (no cooling): 20A Maximum current: 35A Maximum Voltage 14.5V W: 90mm, D: 84.5mm, H: 32mm Shindengen SH753, SCR Shunt type Maximum current (no cooling): 22A Maximum current: 35A Maximum Voltage 14.5V W: 110mm, D: 85mm, H: 40mm
Hmmm was thinking of going down this route..but maximum volts rules most of the ones above out, as lithium batts recommend max volts of 14.4v
I just saw that i had 2 reg/rect's together, the FH012 and FH019, FH012 is rated at 14.8V, the FH019 is rated at 14.2V
Check this thread on DIY lithium - LiFePo4 specifically - you need a BMS which can bleed off excess voltage
So it looks like the FH019 is the go, currently have a SH590B-11 but cant find any specs on it. Im assuming its stock.. linkage? think I saw the tread had a youtube vid in it?
Is it a 7 wire reg, 3 yellow's in 1 plug and 4 in the other plug? There is an equivalent reg/rect listed at electrex, say's it's a mosfet, but no spec's http://www.electrexworld.co.uk/acatalog/RR18_Honda_CMX400_CM400A_CM400T_NSR400_CMX450.html This is the thread @ruckusman forgot to post i think https://www.2fiftycc.com/index.php?threads/lithium-batteries-lifepo4-diy.9981/
Na 5 wire.... 3 yellows in one plug and red and green in the other..... yep saw that thread thanks....
Just updated the DIY lithium post with a BMS board which I think is very suitable - nice to be able to match that board with a regulator of correct output
Spot the fakes - and they're all over ebay with deceptive and misleading item descriptions Basic summation - you get what you pay for a new Shindengen Mosfet is going to cost you more than $50
@my67xr - where did you locate the voltage output specs for the SH775? This page lists 14.5 typical - 15.0 maximum - about half way down http://www.triumphrat.net/speed-tri...iagnostics-rectifier-regulator-upgrade-2.html
Can someone please verify the connections for the SH569 - I've got - looking at the pins on the rectifier left column and upper right from the stator and lower right DC positive output - see image of plug I'd hate for someone to cook a new regulator connecting it up wrong especially if they don't know the connections already, for certain
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