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system drops up to 50%. For other lighting systems, no statements can be made. Simultaneous operation 
diminishes the output accordingly.

Please note: Depending on national law, you may not be allowed to use the E-WERK and the lighting system at 
the same time after dark.

Technical details

Ref. no.: 361
IN:

0 to 40 V AC voltage, 0 to 100 kHz. Soft limitation at 50 V peak voltage.

0 to 50 V DC voltage, no polarity has to be considered

OUT:

voltage and current limiting, short circuit proof, reverse polarity proof

Output:

max. 16 W

Idle output:

0.03 W at 30 km/h

Charge time (non binding): at approx. 15 km/h comparable to charging with standard mains connected chargers

Version: September 2009. Technical modifications reserved.

5

Summary of Contents for E-werk

Page 1: ...for control dials 2 3 rubber bands 3 4 cable straps 4 1 connection cable for dynamo 80 cm 5 1 extension cable 100 cm 6 1 cable with USB socket 19 5 cm 7 1 cable with Mini USB plug 19 5 cm 8 1 cable with Micro USB plug 19 5 cm 9 2 free cables for connecting custom plugs 10 2 caps for plug connections 11 1 plug casing and inner part for Shimano hub dynamo 12 2 flat connectors for SON hub dynamo 13 2...

Page 2: ...rity of the headlight the E WERK has no set polarity Picture 4 Other dynamos also side runners Connect the cable of the dynamo together with the headlight cable parallel connection Other power sources e g E Bike car The E WERK input can also take continuous current up to 50 V Therefore you can also use E Bike batteries or car cigarette lighters 12 V as power sources Connecting electronic devices a...

Page 3: ...polarity of the output voltage when using self tailored cables When powering a device the output voltage of the E WERK is always to be set to the value that is noted on the input socket of the device on the power supply unit or in the instruction manual of the device This value is usually stated in connection with one of the following terms secondary SEC output OUT or similar If this voltage value...

Page 4: ... 6 V With these values overcharging is not possible Caution These values only apply to batteries without a charging electronic Too high voltage can lead to the destruction of the connected battery If more than one cell are connected serially during charging all cells must have the same build capacity and charge state The output current of the E WERK should not be set higher than the value stated o...

Page 5: ... after dark Technical details Ref no 361 IN 0 to 40 V AC voltage 0 to 100 kHz Soft limitation at 50 V peak voltage 0 to 50 V DC voltage no polarity has to be considered OUT voltage and current limiting short circuit proof reverse polarity proof Output max 16 W Idle output 0 03 W at 30 km h Charge time non binding at approx 15 km h comparable to charging with standard mains connected chargers Versi...

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