100 % STEEL
TYTAN furnaces with microprocessor controls. They are modern, energy-saving devices for precise heating of casting moulds. A choice of four types of programming and three sizes of a chamber allow to fit the parameters of the furnace to the needs of the user .
The latest generation control system has been implemented in TYTAN MAX series furnaces. 30 programs and a readable, alphanumeric display allow full control of the heating process and to achieve perfect work results.
1000 ° C WITHIN 60 MINUTES
The heating elements of TYTAN furnace have been designed to optimize the heating process. They allow heating of the furnace up to 1000 ° C within 60 minutes.
Ceramic chimney allows free fluency of gases by connecting an optional exhaust. Operating of exhaust extract is controlled automatically for the duration of the process.
ALWAYS ON TIME
Microprocessor programmer is equipped with a daily switcher with a delay of up to 99 hours. A user has the ability to accurately determine when the ring is ready for casting.
In case of power outage there is an electronic backup activated. After the reactivation of the current, furnaces continue the set process of heating. TYTAN is the only furnace protected against interferences that are typical for the Polish power grid.
Microprocessor programmes guarantee the accuracy of the temperature of 1 ° C. They can be programmed to one of three stages of growing and maintaining of the temperature.
Each parameter like: speed, temperature of the stage, holding time are set individually what allow for proper expansion and therefore ideally fitting works.
FULLY CERAMIC CHAMBER
A chamber module is evenly and hard because it is made by moulding under pressure. The structure of the sides are featured by high density.
Heating coils are protected against mechanical damage and the effects of aggressive gases which significantly increase their durability.
Not only a socket, door and a chamber entrance are made of full ceramics. These elements are particularly vulnerable to damage from working with pliers and a ring. Pressed ceramics protects them from injuries.
Due to a high temperature and emitted gases during the heating process, a chamber housing of TYTAN furnace is entirely made of high quality stainless steel which is resistant to aggressive substances and temperature.
High quality housing components significantly increase durability of the device.
Safety switch completely disconnects power of heating elements after opening the door of the chamber and protects the user from possible electric shock. It protects the furnace from overheating in case of leaving the door open during the warm-up.
Ceramic base plate protects bottom of chamber against melted substance .
MAGNETIC DOOR CATCH
Neodymium magnet door catch is unaffected by heat and prevents the door from self-opening.
SAFE ERGONOMIC DOOR
Door mounted vertically on the left opens away from the user’s hand reducing the risk of accidentally touching it.
QUARTZ COVER OF THERMOCOUPLE
The temperature sensor is placed in the quartz cover, which protects it against mechanical damage and the effects of aggressive substances of the rings.
Quartz cover has no thermal inertia (like ceramic covers) that is why the measurement of the thermocouple is extremely accurate.
The heating coil, a Kanthal type has been formed linearly on the 4 walls of the socket.
That ensures an even distribution of temperature inside and provides the ideal heating of rings regardless of their size or placement in the chamber.
Control panel was designed to considered ergonomics principles , amount of buttons was reduced to six
READY TO WORK
Before shipping every furnace is calibrated and “burn out”. Thanks to that fact the furnace is 100% checked .
Acoustic and optical temperature signalisation allows to control process in realistic time.
The chamber is optimally roomy. Depending on a version, there are from 6 up to 16 ring size “6” or from 2 to 8 ring “9” (forms for dentures).
ALL MUFFLE ELEMENTS MADE OF CERAMICS
CHAMBER HOUSING OF STAINLESS STEEL
THERMOCOUPLE COVERED WITH QUARTZ
OPERATING CONTINUED AFTER POWER FAILURE
HIGHLY PRECISE TEMPERATURE MESUREMENTS
EVENLY TEMPERATURE IN THE FURNACE
(a) 430; (b)320; (c) 330
(a) 100; (b)160; (c) 160
230 V/ 50 HZ
(a) 450; (b)350; (c) 390
(a) 120; (b)180; (c) 230
230 V/ 50 HZ
(a) 490; (b)400; (c) 470
(a) 150; (b)230; (c) 300
230 V/ 50 HZ
TYTAN MAX P