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Fig. 13b
page 19
7.8 Condensate Drain
FAILURE TO INSTALL THE CONDENSATE DISCHARGE PIPEWORK CORRECTLY
WILL AFFECT THE RELIABLE OPERATION OF THE BOILER.
CAREFUL CONSIDERATION MUST BE GIVEN TO THE POSSIBILITY OF THE PIPEWORK BEING
SUBJECT TO FREEZING CONDITIONS AND APPROPRIATE MEASURES TAKEN TO PREVENT BLOCKAGE.
CORRECT INSTALLATION IN ACCORDANCE WITH THIS SECTION WILL CONSIDERABLY MINIMISE
THE LIKELIHOOD OF BLOCKAGE AND SUBSEQUENT BOILER LOCKOUT.
A CONDENSATE DISCHARGE PUMP AND PIPE 'TRACE HEATING' ARE AVAILABLE AS ACCESSORIES
see paragraph 7.8.12 to 7.8.15 for further details.
The condensate discharge pipe MUST NOT RISE at any point along its length.
There MUST be a fall of AT LEAST 2.5° (50mm per metre) along the entire run EXCEPT when employing a
suitable condensate pump in basement and cellar or similar applications.
The boiler condensate trap incorporates a seal of 75mm, therefore it is unnecessary to install an air break
and trap in the discharge pipework.
1. The condensate outlet will accept 21.5mm (3/4in) plastic overflow pipe. It is strongly recommended that this discharges internally into the household drainage
system. Where this is not possible, discharge into an outside drain is permissible providing every possible precaution is taken to prevent freezing.
2. Ensure the discharge of condensate complies with any national or local regulations in force. BS 6798 & Part H1 of the Building Regulations give further detailed
guidance.
3. The discharge pipe should be run in a proprietary drain pipe material e.g. PVC, PVCU, ABS, PVCC or PP.
4. Metal pipework is NOT suitable for use in condensate discharge systems.
5. The pipe should be a minimum of 21.5mm diameter and must be supported using suitably spaced clips of the correct design to prevent sagging.
6. It is advisable that the full length of condensate pipe is run internally and preferably be less than 3 metres.
7. Internal runs greater than 3 metres or runs in cold areas should use 32mm waste pipe.
8. External runs MUST be a MINIMUM of 32mm and fully insulated with material suitable for external use.
9. If the boiler is fitted in an unheated location the entire condensate discharge pipe should be treated as an external run and sized and insulated accordingly.
10. In all cases discharge pipe must be installed to aid disposal of the condensate. To reduce the risk of condensate being trapped, as few bends and fittings as possible
should be used and any burrs on cut pipe removed.
Examples are shown of the following methods of termination:
i) to an internal soil & vent pipe
ii) via an internal discharge branch (e.g. sink waste) downstream of the trap
iii) to a drain or gully
iv) to a purpose made soakaway
v) pumped into an internal discharge branch (e.g. sink waste) downstream of the trap
vi) pumped into an external soil & vent pipe
vii) to a drain or gully with extended external run & trace heating
It is strongly recommended to discharge internally into the household drainage system. If connecting to a rain water drain, that drain MUST discharge into a foul
drain.
i) Termination to an internal soil and vent pipe
Summary of Contents for ECOGEN 24/1.0
Page 69: ...Fig 77 Fig 78 Fig 79 page 69 16 0 Schematic Wiring 16 1 Burner Control Units BCU Connections...
Page 70: ...page 70 16 2 Milligrid 24 way Connector...
Page 71: ...page 71 16 3 14 way Connector...
Page 72: ...page 72 16 4 Engine Circuit...
Page 73: ...page 73 16 5 Power Monitoring 24Vdc Power Supply...
Page 74: ...page 74 16 6 External Connections External Wiring...
Page 85: ...page 87...
Page 86: ...page 88...
Page 87: ...page 89 Section P...
Page 88: ...page 90...
Page 89: ...page 91 Section Q Engine developing less than 950W after 15 minutes running at maximum rate...
Page 91: ...page 93 page 94 page 95 page 96 MICRO CHP SYSTEM COMMISSIONING CHECKLIST...
Page 92: ...page 97...