List of products by brand Vesala

Active filters

Reference: L110-00105

Brand: Vesala

NanoSonde MPL4-33, Ø4.6 mm, 33kHz

(0)
NanoSonde MPL4-33 is Vesala’s new, world’s tiniest active sonde for small underground ducts. It is only 4.6 mm in diameter so it is optimal for calibrating 6 mm (inner diameter) fiber optic ducts and to locate their blockages, dents and other problems. MPL4-33 is flexible in the middle so it can navigate tight duct curves down to 170 mm radius.

Reference: L110-00104

Brand: Vesala

MicroSonde VMS6-33, Ø6.4 mm, 33kHz

(0)
MicroSonde VMS6-33 is flexible and only 6.4mm diameter transmitter sonde for tracing microduct and other tube blockages. VMS6-33 is intended to be used with cable tracers and pipe locators using the 33kHz tracing frequency.

Reference: L110-00101

Brand: Vesala

MicroSonde MPL6-33, Ø6.4 mm, 33kHz

(0)
MPL6-33 is a separate, very small size microduct transmitter sonde. It is intended to be used with the cable tracers and pipe locators using the 33kHz tracing frequency. It is especially suitable for tracing blockages of optical cable’s microducts or for tracing other small non-conductive pipes and sewers. MPL6-33’s diameter is only 6.4mm so it fits into...

Reference: L110-00106

Brand: Vesala

MicroSonde MPL7-33, Ø7.5 mm, 33kHz, M6 & M5

(0)
MPL7-33 is flexible and only 7.5mm diameter transmitter sonde for tracing microduct and other tube blockages. It is very useful when new cables are to be pushed into old ducts, which already have installed cables or other obstacles. MPL7-33 is intended to be used with the cable tracers and pipe locators using the 33kHz tracing frequency

Reference: L110-00108

Brand: Vesala

MicroSonde MPL9-33, Ø9 mm, 33kHz, M6 & M5

(0)
MPL9-33 is flexible and only 9mm diameter transmitter sonde for tracing microduct and other tube blockages. It is very useful when new cables are to be pushed into old ducts, which already have installed cables or other obstacles. MPL9-33 is intended to be used with the cable tracers and pipe locators using the 33kHz tracing frequency.