c11

Delayed compressor delay

 

Not used by Foster

 

Default: c11 = 4

d0

Type of Defrost

 

Sets the type of defrost required.

 

Default: d0 = 0. Foster setting d0 = 1. Hot gas defrost terminated by evaporator probe or in the event of

 

probe failure by time (see dP1).

dI

Interval between defrosts.

 

The defrosts are performed periodically at an interval equal to the value of ‘dI’ in hours.

 

The interval is cyclical and is maintained if the controller is turned OFF, when the controller is turned back

 

ON a defrost will occur if the interval was exceeded.

 

Default: dI = 8. Foster setting dI = 6.

dt1

End defrost temperature, evaporator probe.

 

The evaporator probe termination temperature, in the event of a probe failure the defrost will be terminated

 

by time (see dP1).

 

Default dt1 = 4.0. Foster setting dt1 = 20.0.

dt2

End defrost temperature, auxiliary evaporator.

 

Not used by Foster.

 

Default: dt2 = 4.0.

dP1

Maximum defrost duration, Evaporator.

 

Maximum time, in minutes, for defrost in the event of evaporator probe failure.

 

Default: dP1 = 30. Foster setting dP1 = 20.

dP2

Maximum defrost duration, auxiliary evaporator.

 

Not used by Foster

 

Default: dP2 = 30.

d3

Defrost start delay

 

Not used by Foster.

 

Default: d3 = 0.

d4

Enable defrost at start up.

 

Activates a defrost when the defrost is switched on.

 

0 = no defrost performed when the instrument is switched on

 

Default: d4 = 0.

d5

Defrost delay at start up.

 

Not used by Foster.

 

Default: d5 = 0.

d6

Display during defrost.

 

1 = The last temperature read prior to the start of the defrost remains on the display. The display returns to

displaying the temperature when the set point is achieved. Default: d6 = 1.

ddDripping time after defrost.

The time, in minutes, that the evaporator fans are delayed after defrost to allow for the evaporator to drip. Default: d6 = 2. Foster setting d6 = 1.

d8 Bypass alarms after defrost.

The time, in hours, that the high temperature alarms is disabled for after the end of the defrost cycle Default: d8 = 1.

d9 Defrost priority over compressor protection. Not used by Foster

Default: d9 = 0

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Foster FHG 2L, FHG 3L manual C11 Delayed compressor delay, Type of Defrost, Interval between defrosts, Defrost start delay

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.