Separate names with a comma.
Discussion in 'Accessories' started by PENpal, Oct 27, 2012.
Will this work on the EPL1?
I have a 3700 and it works fine in manual on E-P1. Got me paranoid as the voltage is quite high. I primarily use it with radio triggers to good effect.
I do not have the correct base so cannot comment on TTL ops.
I can't seem to make it work on the camera. Camera is on Manual Mode/ flash set at Fill in ..Flash test is ok
I found this on the web: RainbowImaging Flash Hot Shoe to PC Sync socket Convert Adapter for CANON, Nikon, Olympus, Pentax, Kodak camera & flashes, MSRP USD9.99 - product details - Bing Shopping
Will this be the solution to my problem? It looks like the contact points of the Vivitar Flash does not match with the hotshoe of the EPL1 . This flash unit only uses 2 AA batteries so I do not think it will fry my camera
I have a couple of strobes in this model line (admittedly they are the larger 4600s, but the dedicated modules are the same). I was a little cautious about mounting them directly on the hot shoe since I wasn't sure what the trigger voltage was or the camera's voltage limit, so I used a cheap, non-ttl, non-brand name, $20 radio trigger set to isolate the flash from the camera body. This let me NOT sweat frying the body accidentally.
Using the flash in "M" mode, you have to calculate the aperture and iso for the subject distance, or just use trial and error to dial in the correct aperture and iso. Set the camera body for manual exposures and make sure the shutter speed is at X-sync or below.
When set to any of the flash auto modes using the colored spots (red, blue, and orange,) the flash should automatically set the exposure using the built-in thyristor on the front. Basically you set the ISO on the camera, and set manual mode on the camera with the shutter speed at X-sync or below, then set an aperture based on the scale on the flash. Each of the colored spot auto modes will use a different aperture for a given ISO, and will automatically set the flash exposure over a different distance range.
There's an article here about the 3500 -
Vivitar 3500 Thyristor Flash
Please consider disabling your ad blocker for our website.
We rely on ad revenue to pay for image hosting and to keep the site speedy.
Or subscribe for $5 per year to remove all ads and support our efforts.