Handheld Fusion Splicer DVP 765
The splicer is capable ofdual-directional fusion.
The auto environmental compensation system greatly improves adaptability of the splicer to extreme environments to ensure your work smoothly and continuously
Process
realizes the integration of optics, mechanics and electronics, and it shall be kept clean and from strong vibration or shock during use
Application
mainly used for the permanent connection of fiber and is production test of fiber communication engineering and optical passive devices.
Technology
The high-brightness light source is used to illuminate the fiber, and the fiber is imaged on the CMOS sensor via a special microscope
All-in-one fixer
The all-in-one fixture meet fusion demands of multiple optical fibers, jumpers and rubber-insulated wires with a cladding diameter of 80～150μm.
Graphical interfaces and touch screen
DVP765 uses entirely new GUI and touch screen in design. Operators can set up the splicer and get to know relevant information of it
simply and directly by graphical interfaces.
simply and directly by graphical interfaces.
Intelligent heat shrink
A detection unit is embedded in the heater. The heating function will only be enabled when the protection sleeve is put in the heater, to avoid mishandling.
Pluggable lithium-ion battery of large-capacity
The built-in pluggable lithium-ion battery of large capacity can answer working demand lasting all day long (typical 220 counts of splicing and heating cycles).
Carrying case
The carrying case is novel in design and light in weight, has built-in compact working bench. Open or close the cover can turn it to a working bench.
TYPICAL APPLICATIONS
6481 Optical Fiber Fusion Splicer is compact equipment deploying the design of ergonomics, which delivers convenient operation and handy carrying case. Event very short fibers can be spliced easily. It’s capable of construction and maintenance of optical fiber line projects (including trunk), emergency repair, production and test of optical fiber devices and research and study in institutes.
