Optima Company 600 - 1700 Set the desired room temperature, Time limited settings, Hysteresis

Page 21

Hysteresis

Hysteresis settings can be made under Heating system temperature. The hysteresis determines when the heat pump (compressor) is to start/stop in relation to the heat curve’s value. The compressor continues slightly longer than according to the curve and starts again when the flow temperature has dropped somewhat below the value of the curve. In this way, the heat pump is prevented from starting and stopping continuously.

There is usually no reason to adjust the hysteresis factory settings or those having been set by the installer.

Set the desired room temperature

If you have a room sensor connected to the heat pump you can set the required temperature in the room from the Room sensor settings menu. This is carried out in the same way as in Menu (initial menu).

You can also set how much the sensor is to affect the heating system by selecting Room sensor influence and adjusting the Change factor. Min = 0, max = 10. A higher factor gives a greater influence from the room sensor.

After a heat lowering period, e.g. time control or holiday, the room sensor influence is blocked for a set time, factory setting is 4 hours. Min = 0 and max = 24 hours. The function Blocking time is under Room sensor influence and means that the heat pump is given time to increase the flow tempera- ture more slowly than if the room sensor is allowed to influence.

Time limited settings

Time control

The Time control heating function can be used to lower or increase the temperature on different week days at chosen times.

1.Select Time control heating in the menu Time limited settings under Temperature.

2.Select Day and time.

3.Enter the week day and the time at which time control is to occur. Select On.

4.Select Save to save the change or Cancel to return without saving.

5.Select Change in temperature and set the desired value. Min = -20ºC, max = +20ºC.

6.Select Save to save the change or Cancel to return without saving. To remove a time control setting, find the desired setting and select Off.

21

Advanced menu

Note

Time control is not recommended in normal conditions as it can affect consumption negatively.

Page 20 Page 22
Image 21
Page 20 Page 22
Contents IVT Optima Page Page Innehåll Important information For the userHow a heat pump works Technology in and around the heat pumpHeat pump collects heat from the outdoor air How a heat pump works IVT Optima Component parts of the heat pumpComponent parts of the heat pump Automatic defrosting Control unit RegoAdditional heat gives more output Hot water is given priority over heating waterHeat pump with electric cassette Control unit’s operating modesHeat pump with electric boiler 290 A/W OptimaControl with an outdoor sensor and a room sensor Control with an outdoor sensorControl panel Status lamp290 A/W Control cabinet How to use the control panel Power switch ON/OFFSymbol overview Menu dialMenu levels MenuMenu overview Setting the heating, room sensor installed Setting the heating, room sensor not installedSet the heating Extra hot waterFlow sensor T1 TemperaturesOutdoor sensor T2 Hot water sensor T3Overview Advanced menuOutdoor temperature Flow temperatureAdjusting a single value Heat curveSet the heat curve Time limited settings Set the desired room temperatureHysteresis Time controlHeating season Heating, maximum operating time at hot water requirementHoliday Recurring increase in the hot water temperature Hot water settingsExtra hot water Hot water peakSetting the clock TimersAccess level Alarm logReturn to factory settings Deactivate alarm buzzerUnscrew the protective covers MaintenanceRemove dirt and leaves Protective coversParticle filter EvaporatorSnow and ice Example of an alarm What to do if a fault occursDimmed menu display Emergency operationList of all alarms All alarms and warning windowsTripped low pressure switch List of all warning windowsSensor failure / short circuit Tripped high pressure switchFaulty function in 4-way valve T6 High hot gas temperatureT8 High flow temperature Possible cause 3 Faulty heat carrier pump Low temperature in condenserPossible cause 4 Compressor error Tripped motor cut-out compressorPossible cause 4 Faulty fan motor High temperature difference heat transfer fluidPossible cause 2 The hot water temperature is set too high Tripped motor cut-out fan Optima1000/1300Action Open the valves Technical information Factory settingsSound levels Technical informationSensor table Temperature ºC

600 - 1700 specifications

The Optima Company 600 - 1700 is a sophisticated product line designed to meet the demanding needs of modern industrial applications. Recognized for its efficiency and versatility, the Optima 600 - 1700 series has gained traction across various sectors, including manufacturing, chemical processing, and energy production.

At its core, the Optima 600 - 1700 combines cutting-edge technology with user-friendly features. One of the standout characteristics of this series is its advanced control system. The intuitive interface allows operators to easily configure settings, monitor performance, and receive real-time updates on system conditions. This feature not only enhances user experience but also maximizes operational efficiency by minimizing downtime.

A notable aspect of the Optima series is its modular design, which offers a high degree of customization. Businesses can choose from various configurations and components that best suit their specific operational needs. This adaptability means that the Optima 600 - 1700 can be scaled up or down, making it ideal for both small-scale operations and large production facilities.

The durability of the Optima 600 - 1700 is another key feature. Designed to withstand harsh industrial environments, the materials used in its construction ensure longevity and reliability. Manufacturers have prioritized robust engineering, resulting in a product that requires minimal maintenance while consistently delivering optimal performance.

Energy efficiency is a critical focus for the Optima Company, and the 600 - 1700 series exemplifies this commitment. The equipment is designed to minimize energy consumption without sacrificing functionality. This not only reduces operational costs for businesses but also aligns with global sustainability goals.

Further enhancing its capabilities, the Optima 600 - 1700 series incorporates smart technology features. With integrated IoT functionalities, clients can benefit from predictive maintenance, enabling them to anticipate potential issues before they escalate. This proactive approach to maintenance leads to increased uptime and can result in substantial cost savings over the lifespan of the equipment.

In summary, the Optima Company 600 - 1700 series stands out as a remarkable solution in the industrial equipment market. With its combination of advanced technology, customization options, durability, energy efficiency, and smart features, it meets the evolving demands of businesses while ensuring reliability and performance. Manufacturers and industrial operators looking for an advanced yet practical solution would do well to consider the Optima 600 - 1700 series as a key asset in their operational arsenal.
Top Page Image Contents