Harman Martin ERA 600 Performance, Инструкция по безопасности и установке

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14
ERA 600 Performance Safety and Installation Manual
Using 12 AWG / 2.5 mm
2
cables from Martin, you can link:
• maximum two (2) ERA 600 Performance fixtures total in one chain at 100-200 V, or
• maximum four (4) ERA 600 Performance fixtures total in one chain at 200-240 V.
If you connect more than one fixture to power in a daisy-chain, we recommend that you draw power from a
circuit that is protected by a type D MCB (Miniature Circuit Breaker). This will avoid the breaker tripping
unnecessarily because of inrush current. If the only available power circuits have type C MCBs, you may
need to connect maximum two (2) fixtures per daisy-chain at 200-240 V in order to avoid tripping breakers
unnecessarily.
Connecting to power
Warning! The ERA 600 Performance does not have a power On/Off switch. As soon as you connect
an energized power input cable to the fixture or apply power to a power input cable that has already
been connected, the fixture will power up: check that there is no safety risk from head movement or
intense light output.
To apply power to the ERA 600 Performance:
1. Check that the tilt lock is released and that the base is held securely. Be prepared for the fixture to light
up and the head to move suddenly when power is applied.
2. See Figure 7. line up the keys
in the power input cable’s
TRUE1 connector with the
keyways in the MAINS IN
socket (arrowed). Insert the
connector into the socket and
twist clockwise to engage. If
the connector seems difficult
to twist, remove it from the
socket, check that you have
lined up the keyways correctly
and try again – do not use excessive force. Make sure that the connector latch clicks and that the
connector is locked into the socket.
3. Apply power to the power input cable to power the fixture on.
To disconnect the ERA 600 Performance from power, pull the release latch on the connector towards you to
unlock the connector, twist the connector counter-clockwise, and then withdraw it from the MAINS IN
socket.
Figure 7: Mains input socket