The electrical steam boiler for particularly high demands: All wetted parts are optionally available in stainless steel.
Heating rods are modulation controlled and manufactured in accordance with the DIN EN standard for electrical steam boilers.
The EDI electrical steam boiler is also available as a compact unit, including a feed water tank and feed water pump.
Outputs from 20 kW to 120 kW as a single unit steam system
Higher outputs in the form of multiple steam units possible
Not subject to approval or monitoring in Germany and many other countries
Stainless steel pressure vessel in large capacity steam boiler design
Maintenance-friendly thanks to horizontal design
Easy to operate, highly effective touch screen control – via JUMAG Connect Connection to PC, mobile end devices or control centres possible
JUMAG waste heat boilers utilise hot flue gases from an upstream process to generate steam. These boilers are: compact, efficient, robust, modular and not subject to monitoring in many countries.
The JUMAG waste heat boiler need not fear comparisons with large steam boilers:
High heat exchanger output on a small area
Modular setup – cost-efficient adjustment to many different systems
No TÜV monitoring required – no boiler attendant
High operating and service friendliness
Robust pressure vessel in the design of a small shell boiler
If a steam amount greater than 560 kg/h is required, or if an almost 100% supply reliability of steam is required through redundancy, we recommend a multiple unit steam system.
To do this, several steam boilers are set up in parallel and use a common water supply and a common blow down vessel.
When compared with larger steam boilers, multiple unit steam systems are thoroughly competitive.
For larger steam demands - and still cost-efficient
Expandable steam output; the system grows with your needs
Supply safety through redundant steam boilers
Demand-oriented steam supply for fluctuating steam consumption
An unlimited number of connected JUMAG steam boilers is possible
Capacity is adjusted to demand via a boiler sequence circuit
Multiple unit systems also do not require approval and monitoring