Gasketed plate heat exchanger APV TR2. Plate heat exchanger TP Areas of application of plate heat exchangers "TR"
TP1 / TP2 / TP3 / TP4
PLATE HEAT EXCHANGERS TP1 / TP2 / TP3 / TP4
Lamellar collapsible heat exchangers intended for use in heating systems, hot water supply (DHW), ventilation and in various technological heat exchange processes with the temperature of working media-10...+150 °Сand pressureup to 1.6 MPa (16 atm)
Plate heat exchangers transfer heat through thin (0.4 - 0.7 mm) corrugated plates made of of stainless steel EN 1.4301 (AISI 304), plate gaskets for heat exchangers are made of EPDM rubber.
Types of plate heat exchangers
single-pass plate heat exchangers,
two-way plate heat exchangers,
three-pass plate heat exchangers.
Modifications of heat exchange equipment taking into account power:
"TR1" with a capacity of up to 0.2 Gcal/h, Vmax up to 8 m3/h,
"TR2" with a capacity of up to 1 Gcal/h, Vmax up to 40 m3,
"TR3" with a capacity of up to 2.5 Gcal/h, Vmax up to 100 m3/h,
"TR4" with a capacity of up to 4 Gcal/h, Vmax up to 160 m3/h.
Areas of application of plate heat exchangers "TR"
Housing and communal services:hot water supply (DHW); heating systems; heating and hot water supply of cottages and administrative buildings; individual heating points (ITP); central heating points (CHS) of groups of houses and microdistricts.
Food industry: for pasteurizers, milk, beer, butter coolers.
Mechanical engineering:coolant; assembly shops; mechanical engineering.
Design and principle of operation of a plate heat exchanger:
Plate heat exchangers "TR" consist of a front fixed and rear movable steel plates. Plates with spacers are pulled between the plates. They have two guides; with the help of two guides the plates are installed in in the right position. In the heat exchanger, the plates are compressed to required size tie rods and have plates that are rotated one after the other by 180°. As a result, channels are formed between the plates, creating turbulent flow liquids. Installation of plates in heat exchangers ensures alternation of channels with heating and heated media. Equipment of the “TR” brand ensures the heat exchange process (heating and/or cooling). During the heat exchange process, liquids move towards each other in countercurrent. In “TR” heat exchangers, the connecting pipes are located both on a fixed plate (single-pass “TR”) and on a moving plate (double-pass “TR”, three-pass “TR”). The capacity of a plate heat exchanger depends on the size and number of plates.
Heat exchange equipment undergoes mandatory hydraulic testing. Hydraulic tests provide control High Quality equipment supplied to the customer.
PARTNER PRODUCTS:
Safety valves: 17s6nzh...17s21nzh, 17nzh16nzh..(GAS working environment) SPPK, SPPKR Ru16,40,63,160;
Blocks safety valves, Switching devices;
Steel valves:30s41/941nzh, 30s64/964nzh, 30c527nzh 30nzh41nzh, 30nzh64nzh, 30nzh99nzh, 30nzh15nzh, 30nzh76nzh;
Cast iron valves:30h6br, 30h906br, 30h15br, 30h915br, 30h930br, 30h7bk, 30h39r;
Steel, cast iron, brass valves:15s65nzh, 15s22nzh, 15s18nzh, 15b1p, 15b3r, 1b1r, 15kch18p, 15kch33p 15kch34p,15kch19p,15ch14p, 15kch16p1, 15kch16nzh, 15ch74p1M, 15ch74 p2M, 15h75p1M, 15h75p2M, 15h76p1M, 15h76p2M;
Check valves:19h21br, 19h24br, 16kch3r, 16h6p, 16kch9p, 16kch11r, 16h42r. 19s38nzh, 19s53nzh (KOP-40), 19s73nzh;
Electric drives: REGADA, AUMA, SAUTER;
Flanges:HDPE flanges, GOST 12820-80 flanges, GOST 12821-80 flanges, HDPE bushings for the flange;
Pipeline details:steel bends, galvanized bends, concentric transitions, galvanized transitions, steel tees, transition tees, flange plugs, elliptical plugs, rotary plugs, cross flange /KF/, flanged branch pipe /PFG/, steel flanged tee /TF/, steel flange transition / HF/, flanged steel elbow /UF/, welded tee, connecting unit PFRK;
Plate collapsible heat exchangers are intended for use in heating systems, hot water supply (DHW), ventilation and in various technological heat exchange processes with a working fluid temperature of -10...+150 °C and pressure up to 1.6 MPa.
Areas of application of plate heat exchangers "TR"
Housing and communal services: hot water supply (DHW); heating systems; heating and hot water supply of cottages and administrative buildings; individual heating points(AND SO ON); central heating points (CHS) of groups of houses and microdistricts.
Food industry: for pasteurizers, milk, beer, butter coolers.
Mechanical engineering: coolant; assembly shops; mechanical engineering.
Design and principle of operation of a plate heat exchanger
Plate heat exchangers "TR" consist of a front fixed and rear movable steel plates. Plates with spacers are pulled between the plates. They have two guides; with the help of two guides the plates are installed in the desired position. In the heat exchanger, the plates are tightened to the required size with tie rods and have plates that are rotated one after the other by 180°. As a result, channels are formed between the plates, creating a turbulent fluid flow. Installation of plates in heat exchangers ensures alternation of channels with heating and heated media. Equipment of the “TR” brand ensures the heat exchange process (heating and/or cooling). During the heat exchange process, liquids move towards each other in countercurrent. In “TR” heat exchangers, the connecting pipes are located both on a fixed plate (single-pass “TR”) and on a moving plate (double-pass “TR”, three-pass “TR”). The capacity of a plate heat exchanger depends on the size and number of plates.
Heat exchange equipment undergoes mandatory hydraulic testing. Hydraulic tests ensure high quality control of equipment supplied to the customer.
Modifications and components of heat exchangers
Modifications of heat exchange equipment taking into account power:
- "TR1" with a capacity of up to 0.2 Gcal/h, Vmax up to 8 m 3 / h,
- "TR2" with a capacity of up to 1 Gcal/h, Vmax up to 40 m 3,
- "TR3" with a capacity of up to 2.5 Gcal/h, Vmax up to 100 m 3 / h,
- "TR4" with a capacity of up to 4 Gcal/h, Vmax up to 160 m 3 / h.
Plate collapsible heat exchangers are intended for use in heating systems, hot water supply (DHW), heat exchange processes with the following operating parameters of the media: Temperature - (- 10: + 150) C, pressure - up to 16 atm.
Heat exchangers can be installed directly on a flat floor or on the supporting structure of a block heat station. Gasketed plate heat exchangers have a number of significant advantages over shell-and-tube heat exchangers of the same power:
- small heating surface
- higher heat transfer coefficient and efficiency
- compactness
- less time and cost of installation, commissioning, insulation and repair work
Design
Plate heat exchangers consist of two steel tie plates, between which plates with rubber gaskets are tightly clamped. Using two guides, the plates are installed in the desired position and tightened to the required size of the heat exchanger with tie rods. The power of the heat exchanger depends on the size and number of plates and is calculated according to a special computer program. Heat exchangers are manufactured following types: one-way, two-way, three-way. Heat exchangers are manufactured in three sizes from stainless steel EN 1.4301 (AISI 304) or acid-resistant steel EN 1.4401 (AISI 316), plate gaskets are made from EPDM rubber. To carry out cleaning, the heat exchangers are washed with a special solution or disassembled, replacing, if necessary, plates and rubber gaskets. At the request of the customer, changes can be made to the design.
Designation
TP- common name heat exchanger.
TP 1 - 50 - single-pass heat exchanger, 1 - plate size, 50 - number of plates.
TP 2 - 24/36 - two-pass heat exchanger, 2 - plate size, 24 - number of first-pass plates, 36 - number of second-pass plates.
TP 3 - 48/62/62 - three-pass heat exchanger, 3 - plate size, 48 - number of first-pass plates, 62 - number of second-pass plates, 62 - number of third-pass plates.
Data required for heat exchanger calculations
- Heat exchanger power
- Heating/heating circuits: flow and temperature of media
- Heating/heating circuits: permissible pressure loss
- Heating/heating medium
Specifications
| Name | Weight, kg | Price, rub | |||||
|---|---|---|---|---|---|---|---|
| TP 1 | 0,025 | 25 | 0.2*n+16 | requires calculation | |||
| TP 2 | 0,06 | 50 | 0.5*n+66 | requires calculation | |||
| TP 3 | 0,1345 | 80 | 1.2*n+206 | requires calculation |
Gasketed plate heat exchanger APV TR2 is used in liquid media, and also as steam condensers.
Most Possible operating pressure is 25 bar, the most possible working temperature is 200°C. When using corrugated plates, the greatest efficiency in heat transfer is achieved because they have low thermal resistance.
The scope of application of these heat exchangers is: hot water supply (hot water supply), heating, processing industry, military industry, mechanical engineering and metallurgy.
You can also purchase a heat exchanger for this from us.
| Plate thickness, mm | Plate area, m2 | Number of plates in the package | Heat exchange area, m2 | Pressure, kgf/cm2 | Max. weight, kg without water | |||
| Min | Max | Min | Max | Max. Estimated | Trial | |||
| 0,5 | 0,08 | 11 | 30 | 0,72 | 2,24 | 16 | 21 | 68 |
| 31 | 58 | 2,32 | 4,48 | 82 | ||||
| 59 | 98 | 4,56 | 7,68 | 103 | ||||