Gea Vt04 Vt10 Engine Genset Cooler and Lube Oil Cooling Heat Exchanger Plate

• Customized: Customized
• Certification: CE
• Sectional Shape: Rectangle
• Model NO.: GEA VT04
• Performance: Pressure Resistant, Temperature Resistant, Corrosion Resistant
• Material: Stainless Steel
• Plate Material: SS304/SS316/SS316L/Titanium/Alloy C276
• Gasket Material: NBR EPDM FKM EPDM-Ht
• Frame: Carbon Steel / Stainless Steel
• Plate Pattern: Herrignbone / Chevron / Corrugated
• Channel Gap: 3 mm - 6 mm
• Gasket Type: Clip on / Glueless / Glue
• Plate Thickness: 0.5 mm / 0.6 mm
• Connection: DN25-DN300
• Brand: Apv/Sondex/Gea/Tranter/Funke/API
• Channel Plate: 4 Holes
• End Plate: 0 Holes
• Channel Gasket: Intermediate Gasket
• Plate Type: Intermediate Plate
• Transport Package: Shipping
• Specification: 150*48 cm
• Trademark: Propellet
• Origin: China Shandong
• HS Code: 8409911000
• Production Capacity: 2000

Product Description

 

Product Overview

GEA VT04 VT10 Engine genset and transport cooling Heat Exchanger Plate

Propellet provide a variety of type of gaskets that meet all requirements of the heat transfer. And the gaskets well premium for the media that being treated in the heat exchangers. The gasket fits the plate perfectly and provides tight sealing. Stabilizing rubber gasket fit into the groove of the plate, locking them together. Propellent gasket prevents misalignment of the plate and keeps the plate securely in place. Our gaskets work in perfect combination with the plates to ensure worry free operation. High heat transfer coefficient based on Propellent's special design plate. A variety of variant patterns are designed to create different levels of turbulence and pressure drop, to meet with different heat transfer requirements.
We offer abundant types of replacement parts for plate heat exchangers, these spare parts apply to international brands in all direction, such as Alfa Lav, GEA, APV, Sondex, Tranter, Vicarb, Hisaka, API etc, to meet our clients' demand all over the world.
 

Brands	Plate heat exchanger models
AlfaLaval	M3, M6M, M10M, M10B, M15M, M15B, M20M(T20M) , T20B, T20P, M30, AK20, CLIP3, CLIP6, CLIP8, CLIP10, MX25B, MX25M, TS6M, TS20M, P16, 22/P26, TL6B, TL10B, TL10P, TL15B, A15B, M6MW, M10BW, MK15BW, T20MW, AM10, AM20, A20B, AX30B, AC400, AC600
APV	T4, SR1, SR2, SR3, H12, H17, N25, N35, Q030D, Q030E, Q055D, Q055E, Q080E, SR6GL, K34, K55, A055, A085, J060, J092, J107, M60, M92, M107, B063, B110, B134, R5, SR9, Q series, J series, A series, H17, 35 series
GEA	VT04, VT10, VT20, VT20P, VT40, VT40M, VT80, VT80M, N40, VT405P, NT50T, NT50M,NT50X, NT100T, NT100M, NT100X, NT150S, NT150L, NT250S, NT250M, NT250L, NT350S, FA184
Tranter	GC8 GX26 GC51 GX64 GX145 GL13 GX42 GX51 GX85 GL16 GCD 044 GC60 GX91 GC26 GCD 054 GX 60 GX100
Sondex	S4A, S7A, S8A, S9A, S14A, S17, S18, S19A, S20A, S21, S21A, S22, S31A, S37, S38, S41A, S41, S42, S43, S47, S47A, S58, S62, S63, S64, S65, S81, S86, S100, S121, SW40, SF123
Vicarb	V8, V13, V20, V28, V45, V60, V85, V110
SWEP	C8, GX12, GL13, GC16, GX26, GC26, GX42, GC51, GX51, GC60, GX60, GX64, GX85, GX91, GX100, GX145, GX180, GX series
FUNKE	FP04, FP08, FP09, FP10, FP14, FP16, FP19, FP20, FP22, FP205, FP31, FP40, FP41, FP50, FP60, FP80, FP81, FP100, FP120, FP405
Thermowave	TL90SS, TL90PP, TL150SS, TL150PP, TL250SS, TL250PP, TL400SS, TL400PP, TL500SS, TL500PP, TL650SS, TL650PP
API	SIGMA25, SIGMA26, SIGMA35, SIGMA35X, SIGMA37, SIGMA56, SIGMA66, SIGMA96, SIGMA106, SIGMA156

 

Product Description

 Plate Pattern

 

The media flow through the channels of the pattern that is pressed into the heat transmission area of each plate. As such, the patterns have great impact on the heat transfer efficiency of the heat exchanger and must be carefully chosen to accommodate the specific requirements of each thermal duty.

 

The sized of the needed heat transmission area can be reduced if a higher amount of the pressure drop is used. This makes it important to use the allowed pressure drop to the fullest. Some patterns only use a low pressure drop, but offer a lower level of turbulence, while others offer high turbulence in exchange for a high pressure drop. Other patterns have very deep channels, making them suitable for high-viscosity media and media that cause fouling.
 

Plate Material	Available Medium
AISI304, AISI316L	Pure Water, Fresh Water, Mineral Water
Titanium	Sea Water, Mineral Oil, Vegetable Water
254SMO	Dulute Sulphuric Acid etc.
Ni	Caustic Soda with high temperature and concentraction
Hastelloy	Concentration Sulphuric Acid etc.

 

Gasket Material	Temperature Range(ºC)	Hardness	Available Medium
NBR	-20 to 110	-75+/-3	Water, Oil, Acid etc.
EPDM	-30 to 150	80+/-5	Steam, Ammonia, Acid, Glycoletc.
NBR-HT	-30 to 160	85+/-5	Mineral Oil, Thermal Oil
EPDM-HT	-30 to 180	85+/-5	High Tempearture Water
FPM	-55 to 220	80+/-5	High Temperature Oil

 
Working Principle 
Passing energy from one media to another
in order to either heat up or cool down the
media, is the basis of heat transfer. Plate
heat exchangers use highly efficient flow
plates to achieve the heat transfer and are
superior to tubular heat exchangers and
other plate heat exchanger designs in
terms of heat transfer efficiency, space
requirements and ease of maintenance. 

Propellent Plate Heat Exchanger
Plate Type	Single plate
Flow Channel Between Plates	3.5mm ~12.0mm (Optional depends on working condition)
Plate Thickness	0.4mm ~ 1.0mm
Heat Transfer Plate Material	Stainless steel - 304/304L, 316/316L, 254 SMO, Titanium, Hastelloy C-276, others
Gasket Material	NBR, EPDM, HNBR, HEPDM, NBR-HT, FKM, Viton A, Viton G
Pressure Plate Material	Carbon steel, stainless steel and others on request
Temperature Range	-50ºC ~ +180ºC Varies with the media and gasket selection.
Maximum Pressure	Maximum standard pressure 10 bar / 16 bar
Port Connection	DN32, DN50, DN80, DN125, DN150, DN200, DN250, DN350

 

Applications

Alumina    Beer   Beverage   Chemical   Dairy   Data center  Marine  Milk    Oil and Gas  
Paper-pulp  Petrochemical   Pharmaceutical   Power-plant   Refrigeration   Waste water

Company Profile

Propellent Plate heat exchanger consists of a pack of corrugated metal plates, gaskets and a fix frame. The plate pack is assembled and fixed on the frame by tightening bolts. The heat is transferred through the plate between the channels which are sealed by gaskets. Our large selection of plates, plate patterns, and pressing depths enables us to cover all thermal duties with solutions that match the requirements perfectly.
Propellent can be able to offer a full range of heat exchange design calculation in full working condition. We have accumulatedrich experience in heating, cooling and waste heat recovery for complex process mediums. Propellent never views separately in the selection of heat exchange equipment applications, but put it in the whole process production line, Therefore, we find the best balance to consider the whole initial investment in equipment and long-term operating costs. We optimize manufacturing processes of our clients and reduce the use of fresh energy to provide our customers maximum value when we find reasonable main points in high heat transfer efficiency and pressure loss.
 

Heat Exchanger Producation

Packaging & Shipping

Propellent service

Design/Calculate/Data/Drawings
12 months free warranty and life-long maintenance
Training and Operation Manuel
Top quality, Competitive price, Fast fedback
Package details: standard export plywood case & carton & customizing according to your requirements.

Any requirement and questions, Feel free to contact us!