UNI 30

Single piston machine for applying common, structural and special mortars

UNI 30 is the most powerful single piston pump with ball valves available in the market. Widely tested in many different conditions all arund the world, it is extremely strong and reliable for any sort of civil and industrial work. Ideal even for the most difficult site mixes up to 8/10 mm aggregate size. UNI 30 isn't an ordinary pump, it is a Turbosol machine that has made history: more than 10.000 sold all over in the world. It’s also available with built-in paddle type mixer (MF version).

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Applications

- Spraying of traditional site mixes and many kind of pre-blended mortars

- Plastering jobs

- Pumping common or ready-mixed mortars, self-levelling screeds, micro-concrete, slurries and grouts

- Injection, stabilization, grouting

- Spraying on 3D panels

- Structural repair

- Structural strengthening

- Shoring of slopes

- Shotcreting

Unbreakable

- Thanks to its high quality components and its service friendly construction, UNI 30 stands out with long service life, competitive price and long lasting commercial value

- Extremely low ware and tare: more than 40.000 m2 with one piston

Technical data

TECHNICAL DATA	ES	DS
Motor / engine	electric motor 5,5 kW - 400 V / 50 Hz	2-cylinder diesel engine 10,5 kW - 14,3 HP
Theoretical output [*]	30 ÷ 50 l/min	30 ÷ 50 l/min
Max. aggregate size	8-10 mm (pumping) / 6-7 mm (spraying)	8-10 mm (pumping) / 6-7 mm (spraying)
Max. working pressure	45 bar	45 bar
Compressor	270 l/min	270 l/min
Hopper capacity	190 l	190 l
Delivery distance [*]	up to 300 m	up to 300 m
Delivery height [*]	up to 100 m	up to 100 m
Filling height	75 cm	75 cm
Delivery manifold	Ø 50 mm	Ø 50 mm
Chassis	articulated drawbar and pneumatic wheels	articulated drawbar and pneumatic wheels
Size (L x W x H)	200 x 148 x 120 cm (150 cm with fixed mixer)	200 x 148 x 120 cm (150 cm with fixed mixer)
Weight	660 kg	790 kg
Paddle type mortar mixer (optional)
Mixer drive	1,5 kW - 400 V / 50 Hz	-
Pan mixer capacity	180 l	180 l

[*] The data indicated are theoretical and depend on the quality and consistency of the materials to be used wear and tear of the pump and the diameter of the hoses. The performance in distance and height can not be reached simultaneously.