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2.11.  Chimney connection / connecting piece 

 

The H

2

O fireplace insert is connected to the chimney by means of 

connecting pieces of sheet steel approx. 2 mm thick. These must conform 
to DIN 1298 or DIN EN 28160 or the country-specific regulations 
regarding the chimney/flue gas system. Care must be taken to ensure that 
the flue gas pipe is laid over the shortest distance, rising to the chimney. 
As far as possible, the flue gas pipe should not involve any bends or 
detours around objects in its path. Furthermore, the flue gas pipe must be 
connected to a bricked-in wall lining on the chimney and sealed. If 
necessary, the flue gas pipe must be secured with clamps to ensure 
adequate fixing. The connecting pieces must be sealed as necessary. If 
the flue gas pipe runs through components made of combustible 
materials, the flue gas pipe must be insulated in accordance with the 
relevant regulations. Generally speaking, the connecting pipe must be 
installed in such a manner that it may be cleaned at any time. This must 
be ensured by providing a suitable number of cleaning openings. 
A measuring connection must be provided in an accessible position to 
allow the chimney ventilating pressure in the connecting pipe to be 
checked. 
 
 

2.12.  Height limitation / door stop 

 

Only in the case of the Varia 2Lh/2Rh H

2

O is the vertical sliding door fitted 

with a variable door stop. This is factory set to the middle position, i.e. the 
opening height is reduced by 50 mm.  
 
If the opening height is to be further reduced (reduction in opening height 
by 100 mm) or increased (maximum opening), the stops on both sides of 
the door must be converted. These can also be reached through the gap 
between the glass and door cover after completion of the heating 
chamber. 
The procedure for this involves the following steps: 
 

Resetting the stop to maximum opening 

 

1.  Close the vertical sliding door so that the fixing screws can be 

reached 

(see Fig. 6)

 

2.  Unscrew the M5x10 threaded screws on both sides of the unit 

using a 4 mm Allen key (spherical head). Fig. 7 view: from below, 
between glass and door cover. 

 

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3.  Pull off the door 

stops in the direc-
tion of the red ar-
row. The stop may 
have become 
slightly stuck and 
will have to be 
“levered off” from 
below with a flat 
screwdriver. 

 
 
 
 
 

 
4.  The door stops are then no longer required but should be saved. 

 
 

Resetting the stop to a 100 mm reduced opening height 

 
This setting can be used if the flue gas system is not suitable for open 
operation when adding fuel. The air mass flow is reduced by reducing the 
opening height of the door. 
 
 
1. 

Close the vertical sliding door so that the fixing screws can be 
reached. 

 

2. 

Unscrew the M5x10 threaded screws on both sides of the unit 
with a 4 mm Allen key (spherical head). 

 
3.  

Pull off the door stop in the direction of the red arrow. The stop 
may have become slightly stuck and will have to be levered off 
from below with a flat screwdriver. 

 

4. 

Insert the door stop with the long lug facing the front of the unit. 
N.B. The door stops must not be swapped over by mistake. 

 
 
 
 
 
Example on the Varia 2Rh H

2

O: 

Abb. 6

Summary of Contents for Mini Z1 H2O

Page 1: ...on the good name of our firm is inextricably linked to the credo of our owner Gerhard Manfred Rokossa High technical quality combined with modern design and on site customer service carried out to the...

Page 2: ...ncorporation into a heating system 38 2 11 Chimney connection connecting piece 53 2 12 Height limitation door stop 53 3 Initial commissioning 56 4 Operation 57 5 Cleaning and maintenance 59 5 1 Cleani...

Page 3: ...o modifications to the closing device are permitted No additional heat exchangers supplementary heating surfaces etc which 6 extract heat from the flue gas may be incorporated into the connecting pipe...

Page 4: ...O Varia A FDh H 2 O Unit Weight empty without accessories 235 235 245 330 350 380 395 396 kg Nominal output range 4 9 9 1 7 13 7 7 14 3 10 18 7 14 8 27 5 10 3 19 7 3 13 5 7 3 13 5 kW Nominal heat out...

Page 5: ...9 Mini Z1 H2O Fig 1a 10 Mini Z1 H2O XL Fig 1b...

Page 6: ...11 Mini Z1h H2O XL Fig 1c 12 Varia 1V H2O Fig 1d...

Page 7: ...13 Varia 1Vh H2O Fig 1e 14 Varia 1V H2O XL Fig 1f...

Page 8: ...15 Varia 1Vh H2O XL Fig 1g 16 Varia 1V H2O XXL Fig 1h...

Page 9: ...17 Varia 1Vh H2O XXL Fig 1i 18 Varia 2Lh 2Rh H2O Fig 1j...

Page 10: ...19 Varia Ah H2O Fig 1k 20 1 Abgaskuppel 2 separater Verbrennungsluftstutzen 150 mm 3 Luftstellhebel 4 T r klappbar 5 T r hochschiebbar Varia A FDh H2O Fig 1l...

Page 11: ...nstallations must be checked for leaks by means of a pressure test For this purpose the H2O fireplace insert must be aligned horizontally by adjusting the height of the fireplace insert feet or provid...

Page 12: ...any All the work must be carried out according to the VDE Regulations e g VDE 0105 VDE 0116 VDE 0100 etc and the technical connection require ments of the local power supply company 2 3 H2O fireplace...

Page 13: ...ve G feed of overheat discharge valve H rear bleed valve I return J inspection opening Fig 2a 26 Varia 1V H2O Varia 1Vh H2O To facilitate access to the water connections of the Varia 1V H2O an inspect...

Page 14: ...l sensor D bleed valve E return F feed of overheat discharge valve G discharge of overheat discharge valve Fig 2c 28 Varia 2Lh 2Rh H2O For access to the water connections of the Varia 2Lh 2Rh H2O an i...

Page 15: ...connections are clearly marked and must not be used for any other purpose The integral safety device safety heat exchanger must not be used to heat water We recommend the use of straight or angled rad...

Page 16: ...1V H2O Varia 1Vh H2O Varia 1V H2O XL Varia 1Vh H2O XL Varia 1V H2O XXL Varia 1Vh H2O XXL 600 cm 750 cm Varia 2Lh 2Rh H2O 600 cm 750 cm Varia Ah H2O 440 cm 400 cm Varia A FDh H2O 220 cm 200 cm Generall...

Page 17: ...safety device from operating Furthermore all the required safety devices must be integrated throughout the system in such a manner as to ensure non hazardous operation A separate safety valve must sti...

Page 18: ...ks at any time The discharge of the overheat discharge valve must be executed in such a manner that a test may be carried out at any time e g via an outlet with siphon 36 2 9 Thermal pump control syst...

Page 19: ...cted phase L blue wire 2 10 Incorporation into a heating system Please note The H2O fireplace insert may only be installed in a complete system after detailed planning for the entire heating system ac...

Page 20: ...ire storage tank takes just under 2 hours On very cold winter days the fireplace system may be in operation for as much as 12 hours or so The thermal energy produced in such a case is then theoretical...

Page 21: ...for the thermostat switch C feed D safety valve 3 bar E bleed valve F pump thermostat switch e g JUMO heatTHERM G Load unit H load unit fittings e g ESBE type LTC 141 I circulating pump J filling and...

Page 22: ...sor for the thermostat switch D safety valve 3 bar E return F pump thermostat switch eg JUMO heatTHERM G return H load unit fittings e g ESBE type LTC 141 I circulating pump J filling and drain fittin...

Page 23: ...valve B temperature sensor for the thermostat switch C safety valve 3 bar D bleed valve E pump thermostat switch eg JUMO heatTHERM F return G load unit fittings e g ESBE type LTC 141 H circulating pum...

Page 24: ...D return E discharge from overheat discharge valve F supply to overheat discharge valve G safety valve 3bar H bleed valve I pump thermostat switch eg JUMBO heatTHERM J return K load unit fittings e g...

Page 25: ...ermal safety heat exchanger discharge F Thermal safety heat exchanger feed G bleed valve 3 8 H safety valve I bleed valve 3 8 J pump thermostat switch e g JUMO heatTHERM K heating system connection L...

Page 26: ...valve I bleed valve 3 8 J pump thermostat switch e g JUMO heatTHERM K heating system connection L load unit M return N load unit fittings e g Thermoventiler AB type Laddomat 21 O circulating pump P fi...

Page 27: ...ening height is reduced by 50 mm If the opening height is to be further reduced reduction in opening height by 100 mm or increased maximum opening the stops on both sides of the door must be converted...

Page 28: ...and the vermiculite are slowly tempered and the moisture from any storage transport etc slowly evaporated off If this is not done the area between the glass panes may be contaminated and the fireclay...

Page 29: ...s opera tion of the latter When the flue gas temperature is sufficiently high approx 150 C the flue gas valve closes automatically This de flects the flue gas flow through the heat exchanger When the...

Page 30: ...and if our recommendations are followed the cleaning intervals can be significantly extended After the end of the heating season thorough cleaning of all the components is required The heat exchanger...

Page 31: ...nt them in the commission ing log In the event of a claim evidence of the maintenance work carried out must be submitted to the service personnel 62 6 Troubleshooting Note The fireplace must not be us...

Page 32: ...ween the manufacturer Spartherm Feuerungstechnik GmbH and the dealer intermediary They are not the same as the contract and warranty terms and conditions which the dealer intermediary passes on or may...

Page 33: ...ur or other aspects due to thermal stress improper transport and or incorrect storage 66 improper handling of fragile components such as glass and ceramics improper handling and or use lack of mainten...

Page 34: ...em bled Yes No Working pressure checked Yes No System tested for leaks Yes No All safety devices overheat discharge valve safety valve diaphragm expansion vesssel tested Yes No Please enter temperatur...

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