Financing Available
Share this:

Verti-Drain® 1513

Unit No: 111.215.013

Aeration, Verti-Drain®

Product Specification Sheet

    Need More Information?

    Description

    The Verti-Drain 1513 is one of the High Speed series. The machine is very fast and has a light weight. The Verti-Drain 1513 can be powered by a tractor PTO or by a Redexim Carrier machine.

    Additional information

    Working width m

    1.32 m

    Working width inch

    52 inch

    Max working depth mm

    150 mm

    Max working depth inch

    6 inch

    Working speed at hole spacing 65 mm kmh

    1.8 km/h

    Working speed at hole spacing 2-12 mph

    1.1 mph

    Weight kg

    425 kg

    Weight lbs

    937 lbs

    Hole distance with 12 mm tines mm

    55 mm

    Hole distance with 12 x 6 tines inches

    2-1/8 inch

    Hole spacing driving distance direction mm

    25 – 125 mm

    Hole spacing distance driving direction inches

    1 – 5 inch

    Max diameter-solid tine mm

    12 x 150 mm

    Max diameter-solid tine inches

    1/2 x 6 inch

    Max diameter hollow tine mm

    19 x 150 mm

    Max diameter hollow tine inches

    3/4 x 6 inch

    Min tractor hp required

    25 HP

    Min lifting capacity kg

    650 kg

    Min lifting capacity lbs

    1450 LBS

    Max capacity with spacing 65 mm m2hr

    2388 m²/hr

    Max capacity with spacing 2-12 ft2hr

    25703 ft²/hr

    Three-pointhitch

    3-point CAT 1

    Rpm max

    540 rpm

    Gear case oil

    80W90 – 0.9

    Lubricant

    EP 2

    Dimensions mm

    1610 x 970 x 780 mm

    Dimensions inch

    63.4 x 38.2 x 30.7 inch

    Standard components

    • Solid tines 12 x 150 mm (1/2″ x 6″) with accompanying tine holders.
    • PTO
    • Support Legs
    • Toolbox with combi tool and manual

    Options

    • Hollow tines
    • Turf holddown fingers
    • Rear roller
    Products are subject to modifications without prior notice. Images throughout the spec sheet may refer to non-standard machines or non-available configurations depending on models.