Valves and Accessories

The ESBE thermostatic mixing valves series VTA320 offer high flow capacity and good functionality for universal applications, such as domestic hot water with or without HWC (hot water circulation) and smaller underfloor heating circuits.

Operation

Series VTA320 are the number one choice for domestic hot water systems requiring an in-line scald safe* function and where further temperature control devices have been installed at the water taps. These series of valves are also suitable for domestic hot water installations equipped with HWC (hot water circulation).
Series VTA320 are suitable for under floor heating applications, as long as special attention is paid to temperature range and flow requirements.

Function

Asymmetrical flow pattern. Scald safe*.

Versions

The product range includes a wide choice of valves delivered with adapter fitting kits, each including three adapter fittings and two check valves, which facilitate easy installation and maintenance.
Supplied with a top cover, unless otherwise stated.
*) Scald safe means that in the case of a cold water failure, the hot water supply shuts off automatically.

Media

These valves can handle the following types of media: 

- Fresh water / Potable water

- Closed systems

- Water with antifreeze additive (glycol ≤ 50% mixture)

Models:

Temperature range 35 to 60°C

• Internal thread 1/2"(female)
• Internal thread 3/4" (female)  
• External thread 1" (male)
• Compression fitting 15mm
• Compression fitting 18mm
• Compression fitting 22mm

Documentation

Download Intallation Instructions

The ESBE thermostatic mixing valves series VTS520 and VTS550 offer high flow capacity and high functionality for domestic hot water distribution connected to solar heating systems with high water temperatures.

Operation:

Series VTS520/VTS550 are the number one choice for domestic hot water distribution connected to solar heating systems, where the high water temperatures require extra durable components. The VTS520/VTS550 offers an in-line scald safe* function and are suitable for use where further temperature control devices have been installed at the water taps. These series of valves are also suitable for domestic hot water installations equipped with HWC (hot water circulation).

Function:

VTS520 has asymmetrical flow pattern, VTS550 has symmetrical flow pattern. Scald safe*.

Versions:

The product range includes a wide choice of valves delivered with adapter fitting kits, each including three adapter fittings and two check valves, which facilitate easy installation and maintenance. 

Supplied with a top cover, unless otherwise stated.
*) Scald safe means that in the case of a cold water failure, the hot water supply shuts off automatically.

Media:

These valves can handle the following types of media: 

- Fresh water / Potable water


- Closed systems


- Water with antifreeze additive (glycol ≤ 50% mixture

Models:

Temperature range 45 to 65°C

• External thread 1" Male
• External thread 1 1/4" Male 
• With adapters 3/4"

Documentation

Download Installation instruction

The compact rotary 3-way mixing valve series VRG130 is available in DN 15–50, and is made of brass, PN10.
Five types of connections are available; internal thread, external thread, compression fitting, rotating nut and pump flange. Patented + Registered design.

Valve VRG130 is designed for

Heating, comfort cooling, floor heating, solar heating, ventilation and zone.

Operation:

The ESBE series VRG130 is a range of compact low leakage mixing valves made of special brass alloys allowing use in heating and cooling installations.

For easy manual operation the valves are equipped with non-slip knobs and end stops for an operation angle of 90°. The valve position scale can be turned over and rotated, allowing a wide choice of mounting positions. Together with actuator series ESBE ARA600 the VRG130 valves are also easily automated and have extraordinary regulating accuracy thanks to the unique valve-to-actuator interface. For more advanced control functions, the ESBE controllers allows even more applications.
ESBE VRG130 valves are available in dimensions DN 15 – 50 with internal or external thread, with rotating nut and pump flange in DN20, or with compression fittings for pipe O.D. 22 and 28 mm.

Models 3 ways:

VRG131 15DN-1,6Kvs - Internal thread ½" Female

VRG131 20DN-4Kvs - Internal thread ¾" Female

VRG131 25DN-6,3Kvs - Internal thread 1" Female

VRG131 32DN-16Kvs - Internal thread 1-¼" Female

VRG131 40DN-25Kvs - Internal thread 1-½" Female

VRG131 50DN-40Kvs - Internal thread 2" Female

Documentation:

Download Installation instruction
  

The ESBE thermic solar kit series VMC300 offers dual functionality for tap water applications: It diverts incoming water when additional heating is needed and makes outgoing water scald safe*, all in an easy-to-install solar kit.

Valve VMC300 is designed for 

Potable water and solar heating.

Operation:

ESBE solar kit VMC300 offers optimized energy usage, scald protection and comfort in a compact and efficient way. Using only thermostatic components (non-electrical) the unit is completely independent and provides very easy installation.

Series VMC300 is intended for smaller solar heating systems (series VMC500 is intended for larger systems).

Models

VMC322 - 1" external thread - Change over point 45°C.

VMC322 - 1" external thread - Change over point 50°C

VMC322 - 1" external thread - Change over point 60°C

Documentation

Download Installation instruction

The TigerLoop® Combi De-aerator is designed to eliminate all gas/air bubbles from the oil system, in order to reduce the harm that this can cause to the pump and nozzle. This TigerLoop de-aerator has the additional benefit of an integrated 20 micron oil particulate filter, which allows varying filtration options. The installation of the TigerLoop® oil de-aerator is done with few connections, consequently simplifying work and reducing the risk of joint leakages.

Features:

• Automatic de-aerator for oil burner
• Maximum operating temperature of 60ºc
• Suitable for oil and kerosene
• 20 micron filter
• ¼” F BSP Inlet/Outlet

The Tigerloop is a product designed to meet increasing demands on energy savings, environmental and operational safety. Environmental regulations and changes in oil qualities continue to place high demands not only on material selection, but also on clean and air-free oil for optimal combustion with minimal discharge of harmful particles. Tigerloop makes it possible to use a one-pipe system in all types of heating installations, thus ensuring the most environmentally safe method for transporting oil from the oil tank to the burner.

Tigerloop combines the advantages for the oil pump of a two-pipe system with advantages from the oil tank of a one-pipe system. When using a one-pipe system and Tigerloop, only the amount of oil used by the oil burner is drawn from the oil tank. As the oil flow decreases, so does the amount of dirt particles transported from the tank. This results in cleaner combustion. The pressurized return line to the oil tank is removed, thus eliminating the risk for hazardous leakage. A large amount of air bubbles are released when oil is drawn from the oil tank to the oil burner. These air bubbles cause breakdowns, increased soot and excessive wear on the oil pump. By functioning as an automatic deaerator, Tigerloop eliminates all such problems.

Advantages

• Cleaner burn saves fuel
• Cleaner burn saves on maintenance
• Cleaner burns saves money
• Cleaner burn saves on breakdowns
• Pre-heating helps burn in cold weather

Technical Data

• Nozzle Capacity (l/h) - 110
• Oil Flow (l/h) - 230
• Max return oil (l/h) - 120
• De-aerating capacity (l/h) - 8
• Max operating temp - 60ºc
• Max/Min Pressure - +0.5/-0.6
• Inlet/Outlet - 1/4" F BSP
• Kerosene and oil

300mm replacement hose for Tigerloop

1/4" M - 3/8" H

Relief valve for systems with automatic or manual shut-off elements on the radiators (thermostatic valves, two-way zone valves). Female inlet connections, Male union outlet. Body and cap of brass CW617N.
Adjustment: Position “0” = Fully open - Position “7” = Close to closing Δp =0.5 bar 

Plastic knob. Max operating pressure : 6 bar.
Overpressure : 10 - 15%. Max operating temperature : 110°C

Application

By-pass valves series 466 and USVR are used in all heating systems in which the heating units are provided with thermostatic valves, zone valves or electrothermic valves series 22C.

The above mentioned regulation systems, control the room temperature adjusting the flow rate in the heating units. When thermostatic or electrothermic valves close could create noise problems and high differential pressure values on the opened valves of the circuit. This forces the pump to work continually in variable conditions reaching important differences from the initial pump head. The fitting of the by-pass valves between the delivery and the return side of every load line enables resonably costant discharge to be maintained.

Operation

The By-Pass valve will open assuring a constant water flow through the heat generator (very important for gas boiler) and increasing the return temperature to the heat generator (anti corrosion function).

The reliability of the pressure relief valve series 466 or USVR are factory controlled on 100% of the production.

Setting:

By-pass valve series USVR can be set in this way:

• Thighten blocking screw (1) (see overall dimensions).
• Set the USVR valve at the differential opening pressure ΔP by turning regulation knob (2) (see overall dimensions).
The differential opening pressure DP shall exceed the user circuit load loss at rated discharge by approximately 20% in order that avoid valve opening be prevented. When the user circuits is completely closed, the USVR valve shall be fully open.
• Turn regulation knob anticlockwise untilscale (3) (see overall dimensions) indicates zero. Then proceed, turning clockwise, to calibration setting at the number required. Each number from 0-7 revers to an USVR16 - USVR20 USVR25 - USVR32.
• Once the correct setting is established, it can be fixed with the locking screw of the handwheel (1).

Available models:

- 1" - H-M

- 1 1/4" - H-M

HeatWave™ tanks are the quality solution for hydronic expansion. HeatWave™ tanks are built to the same stringent standards as the PressureWave™ and Challenger™ tanks.

With an incorporated hex nut system connection, HeatWave™ tanks are easy to install. Its air chamber sealed with a brass air valve and o-ring sealed air cap will provide many years of leak free and service free life. Its two part polyurethane, epoxy primed paint finish will withstand the harshest indoor and outdoor climates throughout the world. HeatWave™ tanks are quality tested at several stages on the production line to insure the structural integrity of every tank.
The HeatWave™ expansion tank is designed to be either supported by the system piping, the wall mounting bracket (inline models) or freestanding (vertical models w/ base).
The expansion tank, pipes and your connections if installed incorrectly could leak water. Install the expansion tank in a location where any water leak will not cause damage. The manufacturer is not responsible for any water damage in connection with this expansion tank.

Features:

- High grade butyl diaphragm

- Two part polyurethane, epoxy primed paint finish

- Leak free, o-ring sealed air valve cap.

- ISO:9001, GOST, CE/PED approved.

- Maximum working temperature: 99°C / 210°F

- Maximum operation pressure: 6 bar / 87 psi

- System Connection: HWB-2LX – HWB-80LV chromed carbon steel 3/4” BSP inline ; HWB-100LV – HWB-150LV stainless steel 1” BSP Elbow

- Factory pre-charge: HWB-2LX - HWB-24LX 0.7 bar/ 10 psi ; HWB-35LX 1 bar/15 psi ; HWB-60LV-HWB-150LV 1.5 bar/ 22 psi

- Wall mounting kit not included.

Models:

Documentation:

Download installation manual

ThermoWave expansion tanks are specially designed for use in potable water heating applications.

Many homes and buildings have potable water heating systems to provide hot water for washing, cooking, showering, etc. As the water is heated it also expands. This expansion leads to increased system pressure and can cause serious damage. In most systems a relief valve is installed to vent the expanded water volume and prevent the system from exceeding maximum operating pressure. Unfortunately this creates wasted energy as hot water is vented and additional water must be filled and heated again. In order to safely accommodate the natural expansion of water without venting from a relief valve, a ThermoWave expansion tank is used. ThermoWave expansion tanks conserve water and energy while safely maintaining system operating pressures. They do so by temporarily absorbing the expanded water volume instead of allowing it to be vented out of a relief valve. And because ThermoWave expansion tanks use water chambers constructed from high grade butyl diaphragms and virgin polypropylene liners they ensure your potable water remains clean and safe.
ThermoWave expansion tanks are quality tested at several stages on the production line to ensure the structural integrity of every tank.
ThermoWave expansion tanks represent the best value for the investment and are the best quality expansion tanks available today.

Features:

• High grade butyl diaphragm
• Virgin polypropylene liner
• Two part polyurethane, epoxy primed paint finish
• Patented stainless steel water connection
• Leak free, o-ring sealed air valve cap
• Comprehensive testing
• Maintenance free
• System Connection 3/4" BSP
• Maximum working pressure: 10 bar / 150 psi
• Factory pre-charge: 1,9 bar / 28 psi
• Maximum working temperature 90º / 194ºF

Models:

Dimensions:

Documentation:

Download instruction manual

If you are looking for the proven performance of a GWS tank, SolarWave expansion tanks are the quality solution for your solar system. SolarWave expansion tanks are designed to control the expansion and contraction of solar thermal transfer fluids in solar heating Systems. The SolarWave Series is intended for use on the solar liquid loop of indirect thermal transfer systems.
SolarWave tanks are built to the same stringent standards as PressureWave and Challenger tanks. They meet the demands of solar collector systems for both thermal expansion and contraction in order to maintain safe and efficient operating pressures within the solar liquid system.
A properly sized SolarWave tank will eliminate the need for recharging the system after periods of no use or in cases of extreme temperature buildup. It will eliminate relief valve release of system liquid and maintain minimum operating pressures throughout the system.
SolarWave Series expansion tanks have a large acceptance volume making them ideal for expansion and contraction control of solar collector systems which operate under a wide range of pressure and temperature.
SolarWave tanks are quality tested at several stages on the production line to insure the structural integrity of every tank. SolarWave tanks represent the best value for the investment and are the best quality solar expansion vessels available today.

Features

• High temperature butyl diaphragm
• High expansion volume factor
• Two part polyurethane, epoxy primed paint finish
• Leak free o-ring sealed air valve cap
• Comprehensive testing
• No maintenance
• Maximum system temperature: 130°C / 266°F
• Maximum working pressure: 10 bar / 150 psi
• System connection: SWB-2LX – SWB-80LV stainless steel 3/4” BSP inline ; SWB-100LV – SWB-150LV stainless steel 1” BSP Elbow
• Factory pre-charge: 1.9 bar / 28 psi
• Above 150 liter use ChallengerTM Series tanks
• If the temperature of the solar system has the potential to rise above the evaporation point of the solar liquid a condenser chamber or coil is required between the solar collector and SolarWaveTM Series expansion tank in order to control the maximum fluid temperature at the SolarWaveTM tank.

Available models:

Dimensiones:

ESBE series CRA110 is a combined actuator and constant flow temperature controller with adjustable temperature setting within the range of 5 – 95 °C. For valves up to DN50, especially suited for ESBE 3-way valves series VRG or 4-way valves of series VRB.

Operation 

The ESBE series CRA110 is an integrated actuator and controller, for use with mixing valves. Temperature setting is done by an easy-to-use joystick and display interface. 

An alternative target temperature may be activated by an external signal.

Mounting:

Power supply by 230 V AC adapter (complete with transformer, cable and plug) or 24 V AC (cable and plug). 

Flow pipe sensor with 1,5m cable included (longer cable available as accessory). The sensor must be carefully insulated from the ambient temperature.
Thanks to the special interface between the controller series CRA110 and the ESBE valve series VRG, VRH and VRB, the unit as a whole has a unique stability and precision when regulating.

Models:

CRA111 - 230V AC

CRA112 - 24V AC

Documentation:

Download installation manual

Download settings manual

ESBE Actuator Series ARA600 for operating ESBE mixing valves DN 15–50. The actuators have an operating range of 90° and can easily be manually operated. Patented + Registered design

Operation

The ESBE series ARA600 is a compact actuator designed
for operating rotary mixing valves DN 15-50. The actuators ARA6X5, ARA6X6, ARA6X7 and ARA6X8 are controlled by 2-point (on/off) signal, and are recommended for diverting applications. 

The actuators ARA6X1, ARA6X2, ARA6X3 and ARA6X4 are controlled by 3-point signal, and are recommended for mixing applications.

The actuator has an operating range of 90° and the valve can easily be manually operated by the pull-and- turn knob on the front of the actuator.
In addition to the 2-point signal control, all the actuators can also be used for 3-point signal control.

Versions 

The ESBE actuators with 2-point signal control are available for 24 or 230 V AC, 50 Hz and are supplied with a 1,5 m connection cable attached. Different running times are available, from 15 to 60 seconds.
The ESBE actuators with 3-point signal control are available for 24 or 230 V AC, 50 Hz and it is supplied with an attached 1,5 m connection cable. A wide range of different running times is also available, from 30 to 1200 seconds.
An auxiliary switch, which can be set in any position, is available either as a pre-mounted component fitted to the actuator (ARA6X2 and ARA6X4/ARA6X6 and ARA6X8) or as an optional kit to be ordered separately. The auxiliary switch is easily set by
a unique solution, by just lifting off the turning knob the switch cam is accessible, no tools or disassembly required.

Suitable mixing valvesVálvulas mezcladoras adecuadas

Gracias a la interfaz especial entre el actuador serie ARA600 y las válvulas ESBE serie VRG, VRB y VRH, la unidad en su conjunto tiene una estabilidad y una precisión extraordinarias durante la regulación.

• Series VRG100
• Series VRG200
• Series VRG300
• Series VRH100
• Series VRB100
• Series MG
• Series G
• Series F ≤ DN50
• Series BIV SerieT and TM
• Series H and HG

Adaptor Kits

The actuator is supplied complete with an adaptor kit for easily fitting onto an ESBE rotary mixing valve series VRG, VRB and VRH. Adaptor kits can also be ordered separately.

Art. No. 16000500 _________________________ESBE valve series VRG, VRB, VRH, G, MG, F, BIV, T, TM, H, HG

Technical Data

Ambient temperature	max. + 55ºC / min. -5ºC
Power supply	24 ± 10% V CA, 50Hz / 230 ± 10% V CA, 50 Hz
Power Consumption	24V - 3 VA / 230V - 5 VA
Enclosure rating	IP41
Protection class	II
Torque	See table
Rating auxiliary switch	6(3) A 250 V CA
Weight	0,4kg
Wiring
The actuator should be preceded by a multi-pole contact breaker in the fixed installation.

Dimensions 

Documentation:

Download instruction manual 

Tank level monitoring and control system > Wireless

Tankalert ECO OIL shows:

- Litres and % fuel

- Days to empty

- Costs

- CO2 emissions

Advantages:

- Easy installation

- Wireless

- Hole size for tank fitting: 60mm or 2", 1-1/2" y 1-1/4".

Documentation:

Download user's manual

Download Data Sheet

Direct drive group with isolation and electronic pump model Grundfos UPS2 with bypass. 

Power 50kW

Grupo hidráulico de impulsión mezclador a punto fijo con bomba Grundfos UPS2 electrónica. 

Potencia 35kW

Dos modelos:

20º - 43º

45º - 65º

 

Grupo hidráulico mezclador motorizado con válvula 3 vías manual con bomba de alta eficiencia

- Válvula de retorno con termómetro y antirretorno.
- Soporte de retención.
- Tubería de retorno.
- Válvula de alimentación con termómetro.
- Bomba.
- Válvula mezcladora de 3 vías motorizadas a 3 puntos.
- Mezclador motorizado 3 vías manual con bomba eléctrica 35 kW.

El Alpha Reader es una unidad externa de lectura y transferencia de datos a través de Bluetooth, equipada con batería de litio CR2032, IP42 (98916967)

Sistema de calefacción: la calidad del agua es decisiva.

Los sistemas de calefacción actuales aseguran un calor acogedor y reduce el gasto de energía, siempre que la instalación de calefacción funcione perfectamente. El agua de calefacción desempeña un papel decisivo en este contexto, ya que se aplica a todos los sistemas de calefacción en los que el agua es el portador de energía que distribuye el calor en la casa. Y solo la calidad correcta del agua ajustada al sistema de calefacción logrará una eficiencia energética óptima, asegurando así la inversión a largo plazo. Por el contrario, el agua no tratada puede ocasionar daños costosos en la instalación de calefacción, lo que incluso puede ocasionar la pérdida de la garantía del producto del fabricante del sistema de calefacción. Proteger la instalación de calefacción nunca ha sido tan importante.

El llenado Connecting-Center 3228 All-in-one de Syr es un módulo de conexión que se utiliza para llenar la instalación de calefacción con agua blanda (descalcificada), desmineralizada y con un pH estable. Es muy importante la descalcificación del agua y la desmineralización. 

Instalación

• Instale el llenado Connecting Center 3228 antes de la instalación de calefacción.
• No instale el dispositivo en habitaciones con humedad.
• Coloque el Connecting Center 3228 en el soporte de pared.
• Monte los cartuchos.
• Los cartuchos de 14 litros contienen un pedestal (incluido en la entrega).
• Instale el Connecting Center 3228 horizontalmente en la tubería teniendo en cuenta la dirección del fluido.

Datos Técnicos

Presión de trabajo	max.10bar
Temperatura de trabajo	max. 30ºC (entrada); max 65ºC (salida)
Presión de salida	1-5 bares (valor de fábrica 1,5 bar)
Montaje	Horizontal en eje principal
Medio	agua potable
Caudal	0,3 m3/h (con cartucho de 2,5l) 0,5 m3/h (con cartucho 4-14l)
Número de serie	3228.15.010

Mantenimiento

El Connecting Center 3228 informa automáticamente cuando se agota el cartucho. Solo tiene que rellenar el cartucho con la resina de recarga. Solicite la resina apropiada y el tamaño del cartucho.

Documentación:

Descargar manual de instrucciones

Descargar datos técnicos y repuestos