HEATLINE нагревательная секция ГРУНТ-1600 1600Вт 16,0-32,0 м2 HL-GR-1600 Инструкция к товару онлайн [11/13] 843182

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Standard electrical wiring according to the REI

(Requirements for Electrical Installations, edition 2001)

withstands the following currents and the corresponding

load capacities:

Conductor

material

Core

section with

grounding,

Core section

without

grounding,

Maximum

load

current, А

Maximum

power, kW

Copper 3х1,5 2х1,5 16 3,5

Aluminum 3х2,5 2х2,5 16 3,5

For your greater safety, we recommend the use of a

RCD (residual current device) or a differential circuit

breaker.

Taking into account the fact that the heating section

will be operated in a humid environment, a RCD or

differential circuit breaker MUST be used.

Select the location of the temperature control device.

The temperature control device with IP55 or higher

protection degree can be installed in the most

convenient place directly in the greenhouse.

7. HEATING SECTIONS "HEATLINE-SOIL"

TECHNICAL DATA

The Manufacturer reserves the right to make without

notice any changes in the design and conﬁguration of

heating sections that do not degrade the consumer

properties and characteristics of the products.

If the measured section resistance differs from the

data speciﬁed in the instructions by more than 15%

or the insulation resistance is less than 1000 MOhm,

further installation should be stopped and faults that

occurred during laying should be found.

6. Install the temperature sensor in the mounting

corrugated tube (the temperature sensor is not included

in the "Heatline-SOIL" set and is purchased separately,

together with the temperature control device).

The manufacturer recommends installing the

"Heatline-SOIL" system simultaneously with the

installation of the "Heatline HLT-104" temperature

control device (see Section 5.1. page 19 of this user

manual).

7. Place and secure the tube with the sensor on the heated

surface between the coils of the heating tape and lead it to

the temperature control device. The end of the sensor tube

must be closed to prevent sand from getting inside.

8. Cover the section with a 5-7 cm layer of clean, sifted sand

and pour water over the sand.

To avoid damage to the cable sheath, do not use

crushed stone or gravel.

9. In order to protect against damage to the heating section

with a shovel and/or other garden equipment, it is strongly

recommended to lay a welded galvanized wire mesh,

masonry metal, steel road or other similar mesh with a cell

pitch of no more than 25x25mm on top of the sand layer.

10. On top of the second layer of sand, lay a fertile soil

(20-30 cm).

11. Measure the resistance of the section, insulation, and

sensor using an ohmmeter. Their values must correspond

to the data sheet of the products.

Enter the measured values in the warranty certiﬁcate,

page 22, Section 11.

If the measured section resistance differs from the

data specified in the instructions by more than 15%

or the insulation resistance is less than 1000 MOhm,

further installation should be stopped and faults that

occurred during laying should be found.

12. Connect the heating section and the temperature

sensor to the temperature control device, according to the

instructions attached to it.

8.6. CONNECTION PROCEDURE OF THE

"HEATLINE-SOIL" TO THE TEMPERATURE

CONTROL DEVICE (FIG. A4)

8. INSTALLATION OF

THE "HEATLINE-SOIL" SYSTEM

8.1. MOUNTING CONDITIONS

No precipitation or excessive humidity is allowed when

mounting and connecting the heating sections "Heatline-

SOIL" ; the minimum installation temperature is 5°C. The

installed system does not require constant maintenance and

preventive measures.

8.2. TOOLS REQUIRED FOR MOUNTING

1. Pliers.

2. Wire cutters.

3. A set of screwdrivers.

4. Insulation

removal tool.

5. Multimeter

6. Screwdriver tester

(voltage indicator).

8.3. PREPARATION FOR INSTALLATION

Before you start mounting the "Heatline-SOIL" cable

system, we advise you to make sure that you have chosen

the right set that is suitable for heating the area of your

greenhouse (see the table in Section 7 on page 20).

The recommended specific power should be between

70 and 120 W/m2.

Using a multimeter, at an ambient temperature of about

20°C, measure the resistance of the heating section.

Compare the measured resistance with the table resistance,

page 20, Section 7.

The spread between the measured value and the table

value should not exceed 15%.

If the spread exceeds 15%, contact the seller of this device.

Also, use a multimeter to measure the insulation resistance

of the heating section. Its value must be at least 1000

megohms.

If this value is less than 1000 mOhm, the heating section

cannot be mounted, please contact the seller of this product.

Enter the measured data in the warranty certificate,

page 22, Section 11.

8.4. CALCULATION OF

THE HEATING CABLE LAYING STEP

The step of laying the heating cable is the distance between

its nearest lines (see Fig. A5).

To calculate the distance of the heating cable laying

step, you can use the following formula:

h = S

х 100 (cm)

h – laying step, cm;

– laying area, m

;

– length of the heating cable, m

8.5. INSTALLATION OF THE HEATING

SECTION "HEATLINE-SOIL"

1. Remove the topsoil (30-40 cm) Fig. A3.

2. Pour a 5-7 cm layer of clean, dry, sifted sand onto the

surface that has been formed, pour water over the sand and

tamp it thoroughly.

3. Lay out and secure the mounting tape on the surface.

4. Spread the heating section "Heatline-SOIL" evenly

(with a step of 15-25 cm), ﬁxing it in such a way as to

prevent the movement of the cable after it has been laid.

5. Bring the mounting end of the double-core heating

section to the location of the temperature control device.

Visually check the integrity of the coupling and end sleeve

of the section and cable insulation.

To check for damage to the conductive cores of the thermal

cable and temperature sensor of the temperature control

device, measure the resistance of the section, the insulation

and the sensor with an ohmmeter.

Their values must correspond to the data sheet of the

products.

Enter the measured values in the warranty certiﬁcate,

page 22, Section 11.

7. Measuring tape.

8. Knife electrical.

9. Corrugated tube.

10. Drill.

11. Shovel.

12. Rake.

Product

identification

number

Heating section

brand

Section

length,

Power

of the

section,

Resistance,

Ohms (±15)%

Laying

area, m

HL-GR-90

15-HL-Р-Э-2-

220-Т-6-90-2

6 90 504 0,9-1,5

HL-GR-180

15-HL-Р-Э-2-

220-Т-12-180-2

12 180 264 1,8-3,0

HL-GR-250

15-HL-Р-Э-2-

220-Т-15-250-2

15 250 216 2,25-4,0

HL-GR-350

15-HL-Р-Э-2-

220-Т-26-350-2

25 350 129 3,9-6,5

HL-GR-450

15-HL-Р-Э-2-

220-Т-30-450-2

30 450 108 4,5-7,5

HL-GR-700

15-HL-Р-Э-2-

220-Т-50-700-2

48 700 65 7,5-12,5

HL-GR-850

15-HL-Р-Э-2-

220-Т-62-850-2

62 850 53 9,3-15,5

HL-GR-1100

15-HL-Р-Э-2-

220-Т-70-1100-2

70 1100 46 10,5-17,5

HL-GR-1400

15-HL-Р-Э-2-

220-Т-95-1400-2

92 1400 35 14,0-24,0

HL-GR-1600

15-HL-Р-Э-2-

220-Т-108-1600-2

108

1600 30 16,0-32,0

HEATLINE нагревательная секция ГРУНТ-1600 1600Вт 16,0-32,0 м2 HL-GR-1600 Инструкция к товару онлайн [11/13] 843182

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