Specification L

Technical data

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Metric units

Imperials units

PED

ASME

Type

Dimensions [mm]
A	B	C	D	E	F

Max. no. of plates

Weightkg

LA12

154

190

16/20

9 + 2,45*NP

0,4 + 0,049*NP

LA14

164

203

16/20

9 + 2,30*NP

0,6 + 0,049*NP

LA21AS

278

314

11 + 2,3*NP

0,58 + 0,06*NP

LA22

260

299

16/20

9 + 2,30*NP

0,8 + 0,073*NP

LA22(X)

260

299

16/20

9 + 1,9*NP

0,8 + 0,073*NP

LA34

432

471

16/20

9 + 2,30*NP

1,2 + 0,116*NP

LJ30

270

318

9 + 1,70*NP

1,1 + 0,064*NP

LH40

415

461

10 + 2,25*NP

1,7 + 0,134*NP

LB31

232

286

123

10 + 2,35*NP

150

1,6 + 0,114*NP

LB47

360

417

123

10 + 2,35*NP

150

2,1 + 0,168*NP

LB60

480

538

123

11 + 2,35*NP

150

2,6 + 0,219*NP

LB60(X)

480

538

123

11 + 1,95*NP

150

2,6 + 0,219*NP

LM110

520

620

191

10 + 2,60*NP

200

10,04 +0,408*NP

LM110(X)

520

620

192

10 + 2 × 2*NP

200

10,04 + 0,408*NP

LC110

170

378

466

258

28/38; 100

11 + 2,40*NP

200

10,64+0,408*NP

LC110AS

170

378

466

258

28/38; 100

11 + 2,40*NP

200

8,7 + 0,408*NP

LC170

170

600

688

258

28/38; 100

11 + 2,40*NP

200

13,44+0,617*NP

LD235

204

682

788

310

100

13 + 2,6*NP

280

40 + 0,828*NP

LE400

240

861

1 008

387

17 + 2,75*NP

400

74,3 + 1,625*NP

LF700

325

1100

1327

552

115

19 + 2,3*NP

400

159,2 + 3,35*NP

LA12

154

190

16/18

9+2,54*NP

0,4+0,05*NP

LA14

164

202

16/20

9+2,29*NP

0,6+0,05*NP

LA21AS

277

340

10+2,29*NP

0,6+0,059*NP

LA22

260

298

16/20

9+2,29*NP

0,8+0,073*NP

LA22(X)

260

298

16/20

9+1,78*NP

0,8+0,073*NP

LA34

432

471

16/20

9+2,29*NP

1,2+0,118*NP

LJ30

270

318

9+1,78*NP

1,1+0,064*NP

LH40

415

461

10+2,29*NP

1,7+0,136*NP

LB31

232

286

123

10+2,29*NP

150

1,6+0,113*NP

LB47

360

417

123

10+2,29*NP

150

2,1+0,168*NP

LB60

480

538

123

11+2,29*NP

150

2,6+0,218*NP

LB60(X)

480

538

122

11+2,03*NP

150

2,6+0,218*NP

LM110

520

619

190

10+2,54*NP

200

10+0,408*NP

LM110(X)

521

620

191

10+2,03*NP

200

10+0,408*NP

LC110

170

378

466

258

28/38

11+2,29*NP

200

10,64+0,408*NP

LC110AS

170

378

467

259

10+2,29*NP

200

8,7+0,408*NP

LC170

170

600

688

258

28/38

11+2,29*NP

200

13,44+0,617*NP

LD235

204

682

788

310

100

13+2,6*NP

280

40+0,83*NP

LE400

240

861

1008

387

17+2,79*NP

400

74,3+1,624*NP

LF700

325

1100

1327

552

140

17+2,29*NP

400

184,6+3,352*NP

Type

Dimensions [in]
A	B	C	D	E	F

Max. no. of plates

Weightlb

LA12

1,57

6,06

7,48

2,83

0,63/0,79

0,35+0,10*NP

0,88+0,11*NP

LA14

1,65

6,46

7,99

3,19

0,63/0,79

0,35+0,09*NP

1,32+0,11*NP

LA21AS

1,57

10,94

12,36

2,87

0,55

0,43+0,09*NP

1,28+0,13*NP

LA22

1,65

10,24

11,77

3,19

0,63/0,79

0,35+0,09*NP

1,76+0,16*NP

LA22(X)

1,65

10,24

11,77

3,19

0,63/0,79

0,35+0,07*NP

1,76+0,16*NP

LA34

1,65

17,01

18,54

3,19

0,63/0,79

0,35+0,09*NP

2,65+0,26*NP

LJ30

1,81

10,63

12,52

3,86

0,79

0,35+0,07*NP

2,43+0,14*NP

LH40

1,69

16,34

18,15

3,50

1,10

0,39+0,09*NP

3,75+0,3*NP

LB31

2,68

9,13

11,26

4,84

1,10

0,39+0,09*NP

150

3,53+0,25*NP

LB47

2,68

14,17

16,42

4,84

1,10

0,39+0,09*NP

150

4,63+0,37*NP

LB60

2,68

18,90

21,18

4,84

1,10

0,43+0,09*NP

150

5,73+0,48*NP

LB60(X)

2,68

18,90

21,18

4,84

1,10

0,43+0,08*NP

150

5,73+0,48*NP

LM110

3,58

20,47

24,41

7,52

1,89

0,39+0,1*NP

200

22,13+0,9*NP

LM110(X)

3,58

20,47

24,41

7,56

1,89

0,39+0,08*NP

200

22,13+0,9*NP

LC110

6,69

14,88

18,35

10,16

1,1/1,5; 3,94

0,43+0,09*NP

200

23,46+0,90*NP

LC110AS

6,69

14,88

18,35

10,16

1,1/1,5; 3,94

0,43+0,09*NP

200

19,18+0,9*NP

LC170

6,69

23,62

27,09

10,16

1,1/1,5; 3,94

0,43+0,09*NP

200

29,63+1,6*NP

LD235

8,03

26,85

31,02

12,20

3,94

0,51+0,1*NP

280

88,18+1,83*NP

LE400

9,45

33,90

39,68

15,24

3,66

0,67+0,11*NP

400

163,8+3,58*NP

LF700

12,80

43,31

52,24

21,73

4,53

0,75+0,09*NP

400

350,98+7,39*NP

LA12

1,6

6,1

7,5

2,8

0,63/0,79

0,35+0,10*NP

0,88+0,11*NP

LA14

1,7

6,5

8,0

3,2

0,63/0,79

0,35+0,09*NP

1,32+0,11*NP

LA21AS

1,6

10,9

13,4

2,9

0,6

0,39+0,09*NP

1,28+0,13*NP

LA22

1,7

10,2

11,8

3,2

0,63/0,79

0,35+0,09*NP

1,76+0,16*NP

LA22(X)

1,7

10,2

11,8

3,2

0,63/0,79

0,35+0,07*NP

1,76+0,16*NP

LA34

1,7

17,0

18,5

3,2

0,63/0,79

0,35+0,09*NP

2,65+0,26*NP

LJ30

1,8

10,6

12,5

3,9

0,79

0,35+0,07*NP

2,43+0,14*NP

LH40

1,7

16,3

18,1

3,5

1,1

0,39+0,09*NP

3,75+0,30*NP

LB31

2,7

9,1

11,3

4,8

1,1

0,39+0,09*NP

150

3,53+0,25*NP

LB47

2,7

14,2

16,4

4,8

1,1

0,39+0,09*NP

150

4,63+0,37*NP

LB60

2,7

18,9

21,2

4,8

1,1

0,43+0,09*NP

150

5,73+0,48*NP

LB60(X)

2,7

18,9

21,2

4,8

1,1

0,43+0,08*NP

150

5,73+0,48*NP

LM110

3,6

20,5

24,4

7,5

1,89

0,39+0,10*NP

200

22,13+0,90*NP

LM110(X)

3,6

20,5

24,4

7,5

1,9

0,39+0,08*NP

200

22,13+0,90*NP

LC110

6,7

14,9

18,4

10,2

1,1/1,5; 3,94

0,43+0,09*NP

200

23,46+0,90*NP

LC110AS

6,7

14,9

18,4

10,2

1,9

0,39+0,09*NP

200

19,18+0,90*NP

LC170

6,7

23,6

27,1

10,2

1,1/1,5; 3,94

0,43+0,09*NP

200

29,63+1,36*NP

LD235

8,0

26,9

31,0

12,2

3,94

0,51+0,10*NP

280

88,18+1,83*NP

LE400

9,5

33,9

39,7

15,2

3,66

0,67+0,11*NP

400

163,80+3,58*NP

LF700

12,8

43,3

52,2

21,7

5,51

0,75+0,09*NP

400

406,97+7,39*NP

Technical drawing

Technical card

Product range

Application

HVAC

Sanitary engineering handles heating, ventilation and air-conditioning systems.

HVAC-R

CH and DHW Systems

Selecting a central heating (CH) and domestic hot water (DHW) system is a decisive factor that affects the costs, pollution […]

HVAC

Gas-fired boilers

HVAC

Heating

A division of the energy industry, supplying heat from a heat generating plant or a combined heat and power plant […]

Hvac-R

Single-function district heating substation

District heating substations are systems located at the junction of a city’s heating grid and the internal system of a […]

Hvac-R

Two-function district heating substation

Heat from a heating grid is transmitted into the system inside a building using a district heating substation.

Hvac-R

Residential district heating substation

A residential substation, also called individual apartment substation, is a compact device providing heat to a single apartment.

HVAC

Renewable energy sources

In the contemporary energy industry, decarbonization has become a global trend, because of ever growing environmental awareness.

HVAC

Solar panel collectors

Solar panel collectors, also called photovoltaic collectors, are the most common method of using solar power.

Refrigeration

Heat exchangers are one of the most important elements of refrigeration systems. They transfer energy from the evaporating refrigerant during […]

Hvac-R

Heat pump

The essentials of heat pump operation consist in using thermal energy collected from the natural environment (lower temperature reservoir).

Hvac-R

Geothermal energy

Geothermal energy is one of the renewable energy sources. It comes from rocks, water or soil.

HVAC

Cooling systems

Cooling systems ensure that appropriate thermal comfort is maintained in industrial and commercial facilities.

HVAC

Local cooling

Local systems are the most common cooling systems. They provide cooling in a single building, e.g. hotel, hospital or office […]

HVAC

District cooling

The concept of district cooling becomes ever more popular. Cold is collected through a single, central source instead of local […]

Hvac-R

Water and glycol heaters

A heater is a compact device, usually installed between a pre-filter and a ventilation chamber.

HVAC

Server room cooling

Cooling systems are an important part of network infrastructure, which is decisive for the high availability of an ICT system.

HVAC

Air conditioning

Air conditioning is a cooling process, in which the air supplied to buildings undergoes a technical treatment that provides a […]

Refrigeration

Heat pump

The essentials of heat pump operation consist in converting thermal energy collected from the natural environment (lower temperature reservoir) into […]

Heat pump

Air heat pumps

Air heat pumps can be used both for heating and cooling a building.

Heat pump

Ground source heat pump

Ground source heat pumps are the most economical type of heat pumps.

Heat pump

High-power water heat pump

Industrial heat pumps may provide heating and cooling, using energy from different processes.

Refrigeration

Heat recovery

Re-use of heat (thermal energy) from hot waste water, gases, ventilation or sewage is called heat recovery.

Refrigeration

Subcooler

One of the ways to increase the performance of cooling systems is to use heat exchangers as subcoolers.

Refrigeration

Economizer

Brazed plate exchangers may be also used as economizers (regenerative subcoolers) with the aim to additionally cool down the cooling […]

Refrigeration

Desuperheater

Cooling systems fitted with air-cooled condensing units produce waste energy by dumping condensation energy into ambient air.

Refrigeration

Orc systems

In ORC installations, water vapor is replaced with organic media that evaporate in a relatively low temperature (and pressure).

Refrigeration

Subcooler with vapor superheating feature

Hot condensate liquid from the condenser may be used for superheating cold vapor from the evaporator through a heat exchanger.

Refrigeration

Supermarkets

Cooling systems are an indispensable part of installations in supermarkets. With the wide range of products offered in large format […]

Refrigeration

Indirect system

Indirect cooling systems are divided into two types of circuits – primary cooling medium circuit and one or two secondary […]

Refrigeration

Low-temperature systems

The low-temperature evaporation process requires low pressure.

Food industry

A part of the economy that handles the manufacturing of products and intermediate products for consumption.

Food industry

Dairy

Production of milk involves cooling, pasteurizing, fermenting, drying and storing products in a suitable temperature.

Food industry

Brewing industry

A part of the economy that produces beer on an industrial scale, including breweries, malt-houses, non-alcoholic beverage manufacturing facilities and […]