Money-Back Guarantee + info

Secure Payment and Financing + info

AstralPool Galactic Ø400 side-mount sand filter 6 m³/h – 77335

AstralPool  |  SKU: 77335
263,80 €
Taxes included

AstralPool Galactic 77335 Ø400 filter, 6 m³/h, with side-mounted valve included. 50 mm connections and a capacity for 60 kg of sand or 50 kg of glass.

Estimated delivery time: 3 to 7 business days

Pago seguro y a plazos + info

Envío Gratis a partir de 150 € en península, excepto algunos productos pesados o voluminosos + info

Asesoramiento Personalizado Contacto

Garantía de Devolución + info

Description

Before buying: this is the AstralPool Galactic 77335, a Ø400 mm sand filter with a side-mounted valve and a flow rate of 6 m³/h. AstralPool specifies a pool volume of up to 48 m³, calculated with a recirculation time of 8 hours.
Ø400 mm Diameter
6 m³/h Flow rate
60 kg Sand load
Side-mounted Valve included

AstralPool Galactic Ø400 side-mounted filter

The Galactic 77335 is a sand filter for residential swimming pools, with a tank made of high-density polyethylene using a blow-moulding process.

This version includes a side-mounted valve and accepts sand or glass as filter media.

Models in the Galactic range

Ref. Ø Valve Flow rate
77332 400 mm Top-mounted 6 m³/h
77333 500 mm Top-mounted 9 m³/h
77334 600 mm Top-mounted 14 m³/h
77335 400 mm Side-mounted 6 m³/h
77336 500 mm Side-mounted 9 m³/h
77337 600 mm Side-mounted 14 m³/h

Technical specifications

Reference: 77335
Diameter: 400 mm
Flow rate: 6 m³/h
Connections: 50 mm · 1½"
Maximum pressure: 2.4 bar
Sand load: 60 kg
0.5–1 mm glass load: 50 kg
Valve: included · side-mounted
Net weight: 11 kg

What pool volume is it suitable for?

AstralPool specifies a pool volume of up to 48 m³ for this model, based on a recirculation time of 8 hours.

To choose the correct filtration system, you must also check that the pump flow rate is suitable for the filter and the installation's hydraulic characteristics.

Dimensions of the Galactic 77335

Measurement Value
D 400 mm
A 345 mm
H 770 mm
M 590 mm
N 530 mm

Sand or filter glass

The Galactic is designed to work with sand or filter glass.

Sand load: 60 kg
0.5–1 mm filter glass: 50 kg

A second 1–3 mm glass grade is not specified for the Ø400 model.

AstralPool Galactic filter comparison

Compare diameter, flow rate, and valve position to choose the right Galactic for your installation.

Reference Ø Valve Flow rate Pool* Sand 0.5–1 mm glass 1–3 mm glass Connection Max. pressure Weight
77332 400 mm Top-mounted 6 m³/h 48 m³ 60 kg 50 kg — 50 mm · 1½" 2.4 bar 10 kg
77333 500 mm Top-mounted 9 m³/h 72 m³ 100 kg 88 kg — 50 mm · 1½" 2.4 bar 14 kg
77334 600 mm Top-mounted 14 m³/h 112 m³ 150 kg 100 kg 25 kg 50 mm · 1½" 2.4 bar 18 kg
77335 400 mm Side-mounted 6 m³/h 48 m³ 60 kg 50 kg — 50 mm · 1½" 2.4 bar 11 kg
77336 500 mm Side-mounted 9 m³/h 72 m³ 100 kg 88 kg — 50 mm · 1½" 2.4 bar 15 kg
77337 600 mm Side-mounted 14 m³/h 112 m³ 150 kg 100 kg 25 kg 50 mm · 1½" 2.4 bar 19 kg

← Swipe horizontally to view all models →

* Volume calculated by AstralPool for a recirculation time of 8 hours.

Frequently asked questions about the Galactic Ø400 side-mounted filter

How much sand does the AstralPool Galactic 77335 need?

The specified load for this model is 60 kg of sand.

Can filter glass be used?

Yes. AstralPool specifies a load of 50 kg of 0.5–1 mm filter glass for the 77335.

Is the side-mounted valve included?

Yes. Reference 77335 includes a valve and corresponds to the side-mounted configuration.

What is the difference between the Galactic 77335 and the 77332?

Both are Ø400 mm filters with a flow rate of 6 m³/h. The 77335 has a side-mounted valve, while the 77332 uses a top-mounted valve.

Is the Galactic 77335 suitable for a 48 m³ pool?

AstralPool indicates up to 48 m³, based on a recirculation time of 8 hours. The pump flow rate and the installation’s characteristics should also be checked.

Important: the indicated 48 m³ corresponds to AstralPool’s calculation with 8 hours of recirculation. Also check the pump flow rate, recirculation time, and the installation’s hydraulic conditions.