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ZENIT 

TYPE TUBE RADIANT HEATER 

User’s Manual

10

Recommended temperature controllers for the appliance

(these can be purchased at the appliance manufacturer)

 

  FP-1D typed thermostat     

                       

 

 

  FP-3D typed  thermostat                                  

(programmable)

Optional accessories

Thermostat

FP- 4D typed  thermostat                                           

(programmable)

Temperature  sensor

 

6.picture: Temperature controller

 

  FP-MOD typed  thermostat     

         

 If the switcher position is „0” does not mean the temperature controller or the ZENIT appliance or a 

system which is included these, because the appliance is under voltage

 

Type of solenoid valve: SIT 845 SIGMA

Method of modulation regulation:

The difference between 3-point control and modulation control is the regulation between two performances limits (from 100% to 50%) is 

continuous (there are not any stage) When the thermostat sens th e adjusted  temperature minus 3°C degrees than the controler begin 

reduce the performance till the temperature of room reach the adjusted temperature. After that the appliance is turn off. The next opera

-

tion begin when the room temperature degrease the adjusted temperature minus 3°C. Than the appliance start with at high performance 

(100%) minimum 30 sec� This type of regulation makes it possible to obtain the required temperature in the practically

without any heat fluctuations and to provide economical operation.

Operation method of modulation regulation

At the beginning of its operation, the appliance starts with 100% performance, it is similar to modulation regulation black tube radiant 

heater of heating method� When the sensed temperature to 3 ° C approaches the regualtor reduces the voltage to the combustion air 

fan� The decreasing the voltage changes the speed of the combustion air fan, changing the total amount of air pressure generated by the 

fan� The pressure change  of the air supplied is detected by the solenoid valve which is located in the burner head, and according to this 

pressure the valve can change the nozzle pressure between maximum and 50% so the gas air ratio during this regulation not changing

Temperature controller type: Only suitable for this control process, modulation temperature controller. (e.g. FP-MOD by Pakole Trade Kft)

Modulation control

Содержание ZENIT Series

Страница 1: ...PROPANE OR NATURAL GAS FIRED ZENIT TYPE TUBE RADIANT HEATER EN www pakole com Appliance types ZENIT 12 58kW Linear and U form types 009_001 003_011_180712_V001_EN User s Manual...

Страница 2: ...nal accessories 11 Protective distances 12 Heat radiated area 12 Protective distances to be kept considering flammable materials 12 Combustion air supply 14 6 Exhaust system possibilities 14 7 Applian...

Страница 3: ...ause serious bodily injuries or damages as follows burning explosion suffocation carbon monoxide poisoning electric shock and in extreme case death This appliance can only be used and serviced by such...

Страница 4: ...animals from the equipment Never service mend such devices which are hot and during operation or electrical charged Never mount such air duct unit on front or back side of device which is not approved...

Страница 5: ...ealer www pakole com and ask for further informa tions ATTENTION COMPULSORY EARTHING ATTENTION ONLY QUALIFIED PERSON CAUTION DANGER CAUTION ELECTRIC SUPPLY According to the installation project instal...

Страница 6: ...ls etc The delivery must be made according to the following The package must be carefully secured in the loading space The package must be transferred in a closed space always keep packing parts away...

Страница 7: ...90 elbow is allowed but it must be placed minimum 6m far from the burner U pipe execution tube radiant heater appliance see fig 2 At the U pipe appliance in case of non side wall placing execution wh...

Страница 8: ...standard must be considered The mains connection can be executed by grounded plag or fixed properly installed phase null wires The appliance is phase sensitive for this reason the connection always m...

Страница 9: ...ng goes on with this power and if this power is enough for keeping of temperature then it stayes in this mode If this input is still big for the heating then the thermostat turns off the appliance If...

Страница 10: ...next opera tion begin when the room temperature degrease the adjusted temperature minus 3 C Than the appliance start with at high performance 100 minimum 30 sec This type of regulation makes it possi...

Страница 11: ...n death injury or property damage Protective distances 7 picture Explanation of heat radiated area Heat radiated area Protective distances to be kept considering flammable materials 8 picture Fire pro...

Страница 12: ...of installation Maximal angle at a complete appliance max 30 Suspension After determining the number and exact position of appliances and hangers you have to provide for hanging them at a minimum of...

Страница 13: ...stances dirt oil etc which can damage the fan and pipe system Example for outside combustion air supply Tube length for combustion air supply 6 meter with one elbow from 100 mm diameter tube 15 m with...

Страница 14: ...ce s power When the pressure is suitable after 30 seconds the sparking happens and the solenoid valve opens in this way the gas catches fire In case during 5 seconds sparking ignition the continuous f...

Страница 15: ...econds sparking ignition the continuous flame shape is stabilized and stable electrical signal is come back from the electrode the appliance operates and the green control lamp is lighting During oper...

Страница 16: ...ing and resetting the power supply It is advisable to make a maintenance contract for the proper maintenance or call our qualified service department for regular mainte nance ATTENTION Before any main...

Страница 17: ...llow water or water spray to enter the appliance ATTENTION In case you would like to operate your appliance by another type of gas e g by Natural gas instead of Propane gas then contact the local auth...

Страница 18: ...12 m 14 74 m 7 62 m 17 67 m 9 05 m 20 59 m 10 55 m ZENIT 12 12 6 x x ZENIT 14 14 1 x x ZENIT 16 15 8 x x x x ZENIT 18 18 3 x x x x ZENIT 20 19 8 x x x x ZENIT 22 22 7 x x x x ZENIT 24 24 4 x x x x ZEN...

Страница 19: ...2 12 ZENIT 28 28 2 2 96 2 36 2 28 ZENIT 30 30 6 3 21 2 56 2 47 ZENIT 32 31 9 3 35 2 67 2 58 ZENIT 34 34 6 3 63 2 89 2 8 ZENIT 36 36 5 3 83 3 05 2 95 ZENIT 38 38 1 4 00 3 18 3 08 ZENIT 40 39 6 4 16 3 3...

Страница 20: ...NIT 31 20 31 9 20 1 3 35 2 11 2 67 1 68 2 58 1 62 ZENIT 34 21 34 6 21 1 3 63 2 22 2 89 1 76 2 8 1 71 ZENIT 36 22 36 5 22 7 3 83 2 38 3 05 1 9 2 95 1 83 ZENIT 38 23 38 1 23 2 4 2 44 3 18 1 94 3 08 1 88...

Страница 21: ...Minimum heat output as percentage of nominal heat output 63 8 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 50 7 Envelope insulation class U 0 0 W m2K Radiant factor at min...

Страница 22: ...Minimum heat output as percentage of nominal heat output 61 3 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 51 2 Envelope insulation class U 0 0 W m2K Radiant factor at mi...

Страница 23: ...7 Minimum heat output as percentage of nominal heat output 62 3 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 52 7 Envelope insulation class U 0 0 W m2K Radiant factor at m...

Страница 24: ...4 Minimum heat output as percentage of nominal heat output 62 5 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 54 6 Envelope insulation class U 0 0 W m2K Radiant factor at m...

Страница 25: ...0 Minimum heat output as percentage of nominal heat output 69 5 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 55 3 Envelope insulation class U 0 0 W m2K Radiant factor at m...

Страница 26: ...8 Minimum heat output as percentage of nominal heat output 65 4 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 56 5 Envelope insulation class U 0 0 W m2K Radiant factor at m...

Страница 27: ...Minimum heat output as percentage of nominal heat output 63 8 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 52 4 Envelope insulation class U 0 0 W m2K Radiant factor at mi...

Страница 28: ...0 Minimum heat output as percentage of nominal heat output 61 3 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 53 3 Envelope insulation class U 0 0 W m2K Radiant factor at m...

Страница 29: ...Minimum heat output as percentage of nominal heat output 62 3 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 54 4 Envelope insulation class U 0 0 W m2K Radiant factor at mi...

Страница 30: ...0 Minimum heat output as percentage of nominal heat output 62 5 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 55 9 Envelope insulation class U 0 0 W m2K Radiant factor at m...

Страница 31: ...Minimum heat output as percentage of nominal heat output 69 5 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 56 7 Envelope insulation class U 0 0 W m2K Radiant factor at mi...

Страница 32: ...97 Minimum heat output as percentage of nominal heat output 65 4 Radiant factor Envelop losses Radiant factor at nominal heat output RFnom 57 6 Envelope insulation class U 0 0 W m2K Radiant factor at...

Страница 33: ...iler or service station The regular maintenance is the owner s responsibility The manufacturer does not assume the responsibility in case of accidentally happened or directly caused mistake respective...

Страница 34: ...ADIANT HEATER User s Manual...

Страница 35: ...PAKOLE TRADE Ipari s Kereskedelmi Kft H 8000 Sz kesfeh rv r B rg ndi t 8 10 www pakole com E mail mail pakole hu Tel 36 22 316 484 Fax 36 22 316 074 www pakole com...

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