Indirect heating boiler 1000 liters TESY V 13S 1000

 Dimensions for 1000 l tanks   

L1; 2; 3; 4 — branch pipe for inlet / outlet of liquid — 1; 2; 3; 4 — G ½ "
TS1; 2; 3; 4 — thermal sensor 1; 2; 3; 4 — G ½ "
TSS1 — heat flux density meter — G ½ "
IS1 — incoming coolant flow — G1 ½ ''
OS1 — outgoing flow of coolant — G1 ½ ''
AV — ventilation hole — G1 ½ ''
D — G ¾ "
V 12S 1500 120 F45 P5, V 15S 2000 130 F46 P5
L1; 2; 3; 4 — branch pipe for inlet / outlet of liquid — 1; 2; 3; 4 — G2 "
TS1; 2; 3; 4 — thermal sensor 1; 2; 3; 4 — G ½ "
TSS1 — heat flux density meter — G ½ "
IS1 — incoming coolant flow — G1 ½ ''
OS1 — outgoing flow of coolant — G1 ½ ''
AV — ventilation hole — G2 "
D — G ¾ "

To select the required storage volume, it is possible to combine several tanks into a cascade.

The storage tank is selected for the previously selected heat source and is calculated so that it can accumulate all the heat generated by this source, or for the consumer of which it should be provided with heat generated before the time of heat consumption by a low-power source.

The priority in the selection of the capacity will be the source if its capacity or the time of heat supply is limited.

The priority in the selection of the capacity will be the consumer, if it is required to cover the given heat load in a certain time. & nbsp; & nbsp; & nbsp; & nbsp;
The additional volume of water formed during heating to the maximum temperature is ~ 3.5% of the nominal volume of the container.

• vertical/horizontal placement;
• security group;
• level/temperature/pressure sensors;
• thermoelectric heater;
• heat exchanger;
• cold insulation;
• cathodic protection;
• service;
• inspection hatch; leather / fabric cover; & nbsp;
• development of individual equipment *