Synesso Cyncra, Technical Manual

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11
ELECTRICAL REQUIREMENTS
All Synesso™ machines are rated to operate on 220v AC with a 50 or 60 Hz frequency, single phase.
Machines will operate between 208v and 240v.
Listed amp ratings are all measured at 220v. Incorrect voltage can cause malfunction or damage to
the machine.
An electrical socket and matching plug, rated at the proper voltage and amperage are required within
three feet of the machine. Plug ends are NOT included with the machine unless required by CSA or
other certification.
Model Cord Plug Rating (UL Listed) Machine Max Amp Draw
2 Group Cyncra / Sabre 30 amp 28 amp
3 Group Cyncra / Sabre 50 amp 36 amp
1 Group Hydra 20 amp 16 amp
2 Group Hydra / Hybrid 30 amp 30 amp
3 Group Hydra / Hybrid 50 amp 40 amp
North American Wire Color Worldwide Wire Color
Green Ground Green and Yellow Ground (Earth)
White 110v Line 1 Brown 220v
Black 110v Line 2 Blue Neutral
Attach the plug end per manufacturer’s instructions.
Make sure that the red electronics switch and the heating element breaker on the front of the
electrical box are in the OFF position, then plug the power cord into the receptacle.
OPTIONAL: If recovery time is slow, install an In-Line Buck-Boost transformer to increase voltage
below 208v to optimize machine recovery time. Buck-boost transformers come in different sizes.
Please choose the appropriate one for your machine if required. 1 and 2 Group Machines require a
1.0 KVA transformer, 3 Group Machines require a 1.5 KVA transformer.
SPECIAL ELECTRICAL INFORMATION FOR EMC-COMPLIANT MACHINES
(C-TICK FOR AUSTRALIA, CE FOR EUROPE AND OTHER LOCATIONS)
To comply with EMC (Electromagnetic Compatibility) regulations, Synesso™is required to install a
capacitor in the electronics box across the main power IN.
To avoid an electric shock from the
charge held in the capacitor, unplug the cord, taking care to NOT touch the metal prongs on
the plug end. Turn the electronics ON/OFF red rocker switch to the ON position and wait a few
seconds until the red switch “goes dark.” At that point, the electrical charge has dissipated.