Este sitio web utiliza cookies para mejorar el sitio y proporcionarle una mejor experiencia de navegación. Si selecciona "continuar" o continúa navegando por el sitio sin personalizar sus opciones, acepta nuestro uso de cookies. Obtenga más información sobre nuestra política de cookies y sobre cómo rechazarlas haciendo clic aquí

Dynacon Eclipse

Dynacon Eclipse adjusts the flow rate in the individual heating circuits directly in l/h. This means hydraulic balancing is achieved in one simple operation. The set flow rate is constantly adapted, i.e. if the rate becomes too high, e.g. due to closing adjacent circuits, Dynacon Eclipse controls the flow automatically to the set value. The control cartridge always ensures a constant flow. This makes Dynacon Eclipse heating circuit manifolds a time and cost-saving solution especially for system commissioning.

Información de Producto

Floor heating manifold with automatic flow control

Dynacon Eclipse adjusts the flow rate in the individual heating circuits directly in l/h. This means hydraulic balancing is achieved in one simple operation. The set flow rate is constantly adapted, i.e. if the rate becomes too high, e.g. due to closing adjacent circuits, Dynacon Eclipse controls the flow automatically to the set value. The control cartridge always ensures a constant flow. This makes Dynacon Eclipse heating circuit manifolds a time and cost-saving solution especially for system commissioning.

Key features

Automatic hydraulic balancing

due to integrated flow controller inside each thermostatic insert

Flow indicator for each heating circuit

for functional check

Manifold made of stainless steel

corrosion-resistant, durable and safe

Time and cost-saving commissioning solution

Technical description

Application:

Floor heating systems

Function:

Individual room temperature control with actuator or thermostatic head
Flow limitation
Shut off
Filling
Draining
Flushing
Venting

Pressure class:

PN 6

Flow range:

The flow can be stepless pre-set within the range: 30-300 l/h.
Delivery setting: Commissioning setting

Differential pressure (ΔpV):

Max. differential pressure:
60 kPa (<30 dB(A))
Min. differential pressure:
30 – 150 l/h = 17 kPa
150 – 300 l/h = 25 kPa

Temperature:

Max. working temperature: 70°C
Min. working temperature: -5°C

Material:

Manifold:
Stainless steel 1.4301
Connection fittings: Nickel-plated brass.

Thermostatic insert:
Brass
O-rings: EPDM
Valve disc: EPDM
Spring: stainless steel
Thermostatic insert: Brass, PPS (polyphenylsulphide)
Spindle: Niro-steel spindle with double O-ring seal. The outer O-ring is replaceable under pressure.

Flow meter:
Heat-resistant plastic and stainless steel. Brass. EPDM seals.


Filling, draining, flushing and venting device:

Nickel-plated brass and plastic. EPDM seals.

Marking:

IMI Heimeier

Connection kits:

The following manifold connection kits are available:
- Connection kit 1 with Globo ball valves
- Connection kit 2 with STAD balancing valve and Globo ball valve
- Connection kit 3 with Zeparo Vent air separator in supply pipe and Zeparo Dirt sludge separator in return
- Connection kit 4 with Globo ball valve, including spacer for heat meter in return and Globo ball valve with connection for direct measurement in supply and return pipe.
- Connection kit 5 fixed value control station with high-efficiency pump for controlling the supply temperature.

Pipe connection:

Manifold with flat-sealing connection, 1" union nut.
Heating circuit connection G 3/4 adaptor with Eurocone suitable for compression fittings for plastic, copper, precision steel and multi-layer pipe.
See also accessories.

Manifold boxes:

Manifold boxes available as flush-mounted versions.

Connection to thermostatic head and actuator:

HEIMEIER M30x1,5

The products, texts, photographs, graphics and diagrams in this document may be subject to alteration by IMI Hydronic Engineering without prior notice or reasons being given. For the most up to date information about our products and specifications, please visit www.imi-hydronic.com.

Artículos

Animations

Use this interactive animation to simulate the effects of our innovative product as it would perform in your HVAC system. Click the play button to get started!

Text for Tenders