Greenforce F2 Umbillical With Monostar P7 Dimmable

Greenforce F2 battery with Monostar P7 Dimmable Head

The Monostar P7H is equipped with 1 LED which has an output of 900 Lumen. As the power consumption is only 12 Watt, extensive burn times can be obtained without losing power. As all LED light heads, the Monostar P7 H is extremely sturdy and nearly indestructible.

The Monostar P7H is equipped with Hybrid electronics which can reduce the output from 100% to 50% and which allow the light head to run on batteries ranging from 4 to 18 Volts.

The Flexi II is the most compact battery pack in the Flexi range. In no time it can be transformed from a handheld light into a cable light. Due to its capacity of 4.5Ah it can be used in combination with almost any Green Force light head while still maintaining extended burn times.

Bulb Type- 1x 10 watt Seoul P7 LED

Lumen- 900

Burn Time- 260 mins

Battery- NMH

Rechargeable- Yes 2-3 hours

Package includes 1x Monostar P7 Head, 1x Flexi II Battery, 1x 1m Umbillical, 1x Fast charger and finally Bag and Towel.

Handles and cylinder bag available as an add on.

Green Force lighting systems are designed and manufactured by Leys Inc. which has over half a century experience in drawing, constructing and subcontracting spare components for offshore, aircraft and nuclear industry. Unlike any other lighting system, Green Force lighting systems are designed and manufactured according to the highest industrial standards, using the latest technologie and machinery available on the market. One feature distinguishes it even more from all other systems, it’s unmatched modularity. The modularity of the Green Force system allows one to modify or expand an existing configuration according to ones personal needs or according to changing diving conditions. The use of the Green Force TOS connection is standard on all Green Force components and allows a swift and easy combination of all these components. This Green Force TOS connection allows a twist on/off control and eliminates the use of any switch which can be a potential failure point.