Page 62 - PIGNAT catalogue 2020 GB_092020

THERMAL CONTROL

BET/7000 INDUSTRIAL HEAT EXCHANGER

➢ Study of heat transferred in industrial design heat ex-
changers

Stainless steel/glass shell and tube heat exchanger

Study the parameters affecting heat transfer
Exchanger materials: glass, stainless steel
Regime: turbulent, laminar
Circulation: co-current, counter-current
Thermal transfer fluid used: hot water, steam

General specifications Instrumentation
• Thermometers.
Supervision - data acquisition • Glass/stainless steel exchanger: • Temperature probe Pt 100.
glass shells, steam strap, safety valve • Electromagnetics flowmeters. Ma-
nometer.
and dilatation on cold circuitry. iso-
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lating valve.
• Pressure transmitter.

• Glass/stainless steel exchanger:
glass shells, steam strap, safety valve
and dilatation on cold circuitry. Iso-
lating valve.

• Feeding tank,200L with removable
lid, level detector, overflow, feeding
water.

pump. By pass valve, pressure meas-
urement, check valve, filter.
• Cooling water circuit, centrifugal
• Vapor circuitry: SS shaft and three
All piping in stainless steel blade impeller.
100 - 200 V Water 60 kg/h
1ϕ - 50/60 Hz 2000 L/h 2,5 bar max
3 bars

This unit allows to study the Heat exchanger with cool water
and stream in the multitubular exchanger, in counter-current. Dim (framework) : 300 x 116 x 180 cm - 600 kg

The counter-courent study is possible in each exchanger using
the isolating valves.

The hot water is produced with the steam generator. A pres- Multitubes exchanger
sure steam is controlled inlet. The flowrate transmitter allows
to control the steam flowrate.

A Touch screen allows to visualize the measurements and
feeding flow rate control.

SS pipeline

SS duckboard

62 Heat exchange