Parameter Definitions

/2 Measurement stability.

Defines the coefficient used to stabilise the temperature reading.

/3

Probe display rate

 

Sets the rate at which the temperature display is updated.

/4

Probe average (Virtual probe)

 

Used to choose whether to control the temperature based solely on the room probe reading, or

 

alternatively whether to refer to the average of the room probe S1 and probe 2(S2, see parameter /A2).

/5

Select °C or °F

 

Defines the unit of measure in degrees centigrade or Fahrenheit.

/6

Decimal point

 

Used to enable or disable the displaying of the temperature with the resolution to the tenth of a degree

 

between –20 and +20.

/tI

Probe displayed by instrument

 

Select the probe to be displayed by the instrument.

 

Warning: Control is always based on the virtual control probe.

/tE

Probe displayed on external terminal

 

Selects the probe to be displayed on the remote terminal.

/P

Select type of probe

 

Used to select the type of probe for temperature measurement.

 

Default. /P = standard NTC probe with range –50 to +90°C.

/A2

Configuration of probe 2

 

Used to configure the operating mode of probe 2.

 

Default: /A2 =2 = Defrost probe.

/A3

Configuration of probe 3

 

Used to configure the operating mode of probe 3.

 

Default: /A3 = 0 = Probe 3 absent.

/A4

Configuration of probe 43

 

Used to configure the operating mode of probe 43.

 

Default: /A4 = 0 = Probe 4 absent.

/C1

Calibration or offset probe 1

/C2

Calibration or offset probe 2

/C3

Calibration or offset probe 3

/C4

Calibration or offset probe 4

 

These parameters are used to correct the temperature by the probes using an offset.

 

Example: To decrease the temperature measured by probe 1 by 2.3 degrees, set /C1 = -2.3.

St

Set point

 

Establishes the controller set point.

 

Default: St = 0.0

rd

Control delta

 

Establishes the value of the differential, or hysteresis, used to control the temperature.

 

Default: rd = 2.0. Foster setting: rd = 4.0

r1

Minimum allowed set point

 

Determine the set point minimum value.

 

Default: r1 = -50. Foster setting: r1 = -26.

r2

Maximum allowed set point.

 

Determine the set point maximum value.

 

Default: r2 = +60. Foster setting: r2= -15.

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Foster FHG 2L, FHG 3L manual Parameter Definitions
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FHG 2L, FHG 3L specifications

Foster FHG 3L and FHG 2L are advanced heating appliances renowned for their efficiency and innovative technology. These models reflect Foster's commitment to providing high-quality solutions for both residential and commercial heating needs.

The Foster FHG 3L boasts a three-layer construction designed to optimize heat retention. This feature ensures that the appliance can maintain a consistent temperature while consuming minimal energy. The three layers include an outer layer for insulation, a middle layer that effectively distributes heat, and an inner layer made of high-quality materials that withstands extreme temperatures.

On the other hand, the FHG 2L offers a more compact option without compromising on performance. Its two-layer system enhances thermal efficiency, making it an excellent choice for smaller spaces. The design of both models focuses on user-friendliness, featuring intuitive controls that allow users to easily adjust temperatures and settings according to their preferences.

A key characteristic of the Foster FHG series is its eco-friendly technology. Both the FHG 3L and FHG 2L are designed with energy-efficient components, helping users reduce their carbon footprint while still enjoying superior heating. The appliances comply with rigorous environmental standards and utilize renewable energy sources wherever possible.

Furthermore, the models are equipped with smart technology that integrates seamlessly with smart home systems. Users can control the heating remotely via smartphone applications, allowing for programming and automation that aligns with their daily routines. This feature not only adds convenience but also enhances energy savings by allowing users to manage heating schedules effectively.

In terms of durability, both the FHG 3L and FHG 2L are built with robust materials that ensure long-lasting performance. They are resistant to wear and tear, withstanding the rigors of continuous use. Additionally, the sleek and modern design of these heating solutions ensures that they can blend seamlessly into any interior decor.

In conclusion, Foster FHG 3L and FHG 2L stand out in the market for their combination of efficiency, smart technology, and durability. These models cater to diverse heating needs while promoting sustainability and ease of use, making them a preferred choice for customers seeking reliable and effective heating solutions.
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