HIGH INDUCTION DIFFUSERS WITH VARIABLE GEOMETRY WITH AUTOMATIC REGULATION WITH THERMOSTATIC SPRING OVERVIEW : METHOD OF REGULATION :
The KZ-CT series of high induction diffusers use a
With the use of the selection program it is possible to determine
thermostatic spring with form memory mechanism for the
the most appropriate model of diffuser for each application.
simultaneous inclination of the blades. this systems allows
The software also indicates, as output data, the maximum and
to better obtain an optimum air flow direction in relation to minimum angles of inclination of the blades equal to the heating the temperature, in an automatic way.
The injected air temperature, in fact, determines the dilation The plate on the side of the diffuser indicates a graduated scale or contraction of the thermostatic spring, which in turn
for the inclination of the blades and two slidable blocks fixable
determines the simultaneous rotation of the distribution
in correspondence to the angle indicated by the program for the
blades reaching the ideal angel on inclination.
heating (red zone of the scale) and for the cooling (the blue zone
By choosing the KZ-CT diffuser, one can eliminate:
The diffuser now regulated is ready to be installed. CHARACTERISTICS : The directional blades inject air into the room at a horizontal to vertical directional throw. In the case of a horizontal air flow, the 6 blades divide the flow in 6 radiant jets and at the same time form a rotary motion around the axis of the diffuser. A helicoidal air flow is therefore had , capable of injecting a large volume of air in the room and mixing it with the injected air. In the case of a vertical flow, the phenomenon of stratification is eliminated. The rotation of the blades from the maximum to the minimum angle of inclination corresponds to a range in temperature of the injected air from 16° C to 35° C and occurs in less than 5 minutes.
The maximum and minimum angle can be determined and regulated very simply acting on the two screws having a hexagon shape. SELECTION SOFTWARE : The aeraulic qualities of the KZ-CT are identical to those of the KZ diffusers as they only differ in the way in which the blades are regulated. The company MP3 makes use of a selection program to identify the best product, the best regulation, the number and arrangement of diffusers on the basis of the room characteristics and of the thermal values required. The multilingual program, is available inside the registered customer area of the company web site (www.mp3- italia.it). The access password can be request from our Export Office. HIGH INDUCTION DIFFUSERS WITH VARIABLE GEOMETRY WITH AUTOMATIC REGULATION WITH THERMOSTATIC SPRING WORKING PRINCIPLE : The angle of the blades is adjusted by rotating the central axis of the diffuser, connected to the adjustable blades with the use of cone shaped grooved wheels. The central axis of the diffuser is connected to two springs, of which one is in thermo sensitive material and the another in steel. The thermo sensitive spring varies its own elasticity in relation of the injected air temperature, where as the steel spring maintains constant its own characteristics. The balance between the two springs determines the different angles of rotation of the axis and therefore the a ngles of inclination of the blades - in relation to the Supply Ordering codes
CURRICULAM VITAE S. SYED JAHAN , 8/149 – Middle Street MANDAPAM – 623 518 Educational Qualification • Pursuing M. Sc., Zoology, Annamalai University Annamalai Nagar, • B. Sc., Zoology, Jamal Mohammed College Bharathidasan University Technical and other qualification • Typewriting junior grade 1990, Department of Technical Education, Tamil Nadu • Typewriting s
Comparative Biochemistry and Physiology, Part A 146 (2007) S191 – S197Society for Experimental Biology Annual Main Meeting31st March – 4th April 2007, Glasgow, Scotlandnoislands increased HOB spreading relative to planar controlsThe influence of nanoscale structures on osteoblastand induced mature adhesion formation. M. Biggs, M. Dalby, C. Wilkinson, N. Gadegaard,(University of Gla