Resol Datalogger 2 incl. RESOL ServiceCenter Software.
Ready to plug in, with power supply, VBus® and null modem line.

 Datalogger DL2 - Technical Product Brief

 Data Logger DL2 - Installation & User Manual

This additional module enables the acquisition and storage of large amounts of data (such as measuring and balance values of the solar system) over a long period of time.

The DL2 can be configured and read-out with a standard internet browser via its integrated web interface.

For transmission of the data stored in the internal memory of the DL2 to a PC, an SD card can be used. The DL2 is appropriate for all controllers with RESOL VBus®. The datalogger can be connected directly to a PC or router for remote enquiry and thus enables comfortable system monitoring for yield monitoring or for diagnostics of faults.

VBus®Touch. It is a software especially designed for the Apple iPhone and iPod touch.

It displays both live data and a progression chart of the solar system at any place in the world, provided that the system is run by a RESOL controller equipped with a VBus® interface and a datalogger connected to the Internet via LAN.

VBus Touch - Technical Product Brief

Example Usage Video | Resol Web Site

The new VBus®/USB interface adapter is the interface between the controller and a personal computer.

VBus to USB - Current Version - Technical Product Brief

 VBus to USB - Pre-2009 Version - Technical Product Brief

 VBus to USB - Installation & User Manual

A standard mini-USB port it enables fast transmission of system data for processing, visualizing and archiving as well as the parametrization of the controller via the VBus®.

A full version of the RESOL ServiceCenter Software is included.

The RESOL VBus®/ PWM interface adapter enables the speed control of two high-efficiency pumps even without an integrated PWM output on the system’s controller.

 RESOL VBus - Technical Product Brief

The adapter is installed between the VBus® output of the controller and the PWM input of the high efficiency pump, where it transforms the VBus® data packets into a 0-10 Vor a PWM signal.

The GA3 is a completely mounted Large-Display-Module for visualization of collector and tank temperatures as well as heat quantity of the solar system via one 6-digit and two 4-digit 7-segment-displays.

 GA3 - Technical Product Brief

 GA3 - Installation & User Manual

The universal RESOL VBus® allows the parallel connection of 8 large displays as well as additional VBus® modules. The bus line can be extended using a standard two-wire line.

*Special Order Only

Display module for the living area with (3) displays for collector and storage temperature as well as for heat quantity.

SD3 - Technical Product Brief

SD3 - Installation & User Manual

The Smart Display SD3 is designed for simple connection to RESOL controllers via the RESOL VBus® for visualisation of the data issued by the controller: collector and store temperatures as well as energy yield of the solar system.

The use of high-efficient LEDs and filter glass assures a high optical brilliance and good readability - even in poor visibility conditions and at a larger distance. An additional power supply is not required.

RESOL data remote displays are used for a clear and comfortable temperature-function and malfunction control of Solar Thermal and Hydronic heating systems in a distance up to 50 m far away from the installed regulator.

DFA2 can be connected to all regulators, which are working with the RESOL V-Bus. This data module is equipped with 8 indicating channels.

By pressing the pushbuttons, view different data: 4 sensor temperatures, the solar operating hours, pump speed, the status of store loading as well as the malfunction control can be easily read out from the rooms.

Universal calorimeter module for solar and heating systems. Operation is directly carried out via the RESOL VBus®.

 Calorimeter WMZ - Technical Product Brief

 Calorimeter WMZ - Installation & User Manual

Includes a graphic display for indication of flow and return temperature, heat quantity, output, flow rate and sensor faults (balance values are also stored in the case of a power failure).

Suited for solar systems with propylene-glycol-mixtures of 0 ... 70 Vol %.

For Installation on Planar Surfaces | Version Pt1000

 RESOL Sensors - Technical Product Brief

For Installation into Immersion Sleeves.

RESOL Sensors - Technical Product Brief

For Surface Mounting on Tubes, incl. Pipe-Clamp | Version Pt1000

 RESOL Sensors - Technical Product Brief

Brass, copper or stainless steel Sensor Wells.

Because of the short component length, it is recommended to use the sensor well TH30 with the temperature sensor FKP5,5 or FRP5,5.

Attention:
In case of domestic water installations only use stainless steel immersion sleeves.

The Alarm module AM1 is designed to signal system failures. It is to be connected to theVBus® of the controller and issues an optical signal via the red LED if a failure has occurred.

 RESOL Alarm Module AM1 - Technical Product Brief

 Alarm Module AM1 - Installation & User Manual

The AM1 also has a dry contact relay output,which can e. g. be connected to a building management system (BMS). Thus, a collective error message can be issued in the case of a system failure.

Depending on the controller and the sensors connected, different fault conditions can be signaled, e. g. sensor failures, excess or negative system pressure as well as errors in the flow rate, such as a dry run of the pump.

The FRP11 is used for measuring the indoor temperature with a platinum measuring element.

FRP11 - Technical Product Brief

The FAP13 is used for measuring the outdoor temperature with a platinum measuring element. The FAP13 is placed in a weather resistant housing with outstanding design and is designed for mounting outdoors.

Cable glands for the sensor cables at the bottom of the housing allow easy installation.

FAP13 - Technical Product Brief

Overvoltage protection device placed in housing with outstanding design, suitable for mounting outdoors.

SP10 - Technical Product Brief

We generally recommend installing the overvoltage protection in order to avoid overvoltage damage at collector sensors, e.g. caused by local lightning storms.