Buderus Logalux P 1000/5, Руководство пользователя

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2 About the appliance
PW/P/PR/PNR/PNRZ... – 6 720 806 550 (2013/09) 19
2 About the appliance
2.1 Product description
The buffer cylinder and thermal insulation are supplied in two units. The
thermal insulation and temperature sensors have to be installed on site.
Each cylinder type is available with 80 mm and 120 mm thermal
insulation.
These installation and maintenance instructions apply to the following
types:
Buffer cylinder:
• PW 500, 750/5 (W) (special version for heat pumps)
• P 500, 750, 1000/5 (W)
• P 500, 750, 1000/5 M (W)
Buffer cylinder with connections for temperature-dependent return
feed and connection for a booster heater:
• PR 500, 750, 1000/5 E (W)
Solar buffer cylinder with connections for temperature-dependent
return feed and connections for the solar system and booster heater:
• PNR 500, 750, 1000/5 E (W)
Heat pump buffer cylinder with connections for temperature-dependent
return feed and connections for the solar system and booster heater:
• PNRZ 750, 1000/5 E (W)
The PNRZ 750, 1000/5 E (W) also has two laminated shims. The
laminated shims make it possible to divide the interior of the cylinder
into standby, heating and solar areas. Additionally, the flow feed lance
ensures the heat pump inflow remains stable.
2.2 Scope of delivery
Buffer cylinder
• Steel storage cylinder
• Technical documentation
80 mm thermal insulation
• Flexible foam thermal insulation with foil jacket
• Thermal insulation for cover
• Cylinder cover
120 mm thermal insulation
• Polyester fleece thermal insulation with PS casing, 2 parts
• Thermal insulation for cover
• Thermal insulation for base
• Cylinder cover
• Locking bracket
• Cutting compass for creating a recess in order to install a booster
heater
• Plug for thermal insulation
2.3 Determined use
These buffer cylinders may only be filled with heating water and used in
sealed heating systems.
The buffer cylinders can be used for indirect potable water heating via a
DHW plate heat exchanger solution.
Only fill solar heat exchangers with propylene glycol/water mixtures
(heat transfer medium L or LS). The use of any other heat transfer
medium is not permitted.
2.4 Technical data
• Technical data (

Fig. 1, page 82 and Fig. 2, page 83).
• Pressure drop diagram for solar heat exchanger (

Fig. 7, page 85).
2.4.1 Permissible maximum values
2.4.2 Data plate
The data plate is located on the left, next to the connections
(

Fig. 6, [2], page 85).
The data plate contains the following information:
H9/H11 PR temperature-dependent return feed
H10/H12 PNR/PNRZ temperature-dependent return feed
VLs/RLs Solar system connections
E Connection for booster heater (accessory)
Table 1 Connections (

Fig. 1, page 82)
Unit PW...
P... M
P... PR... PNR...
PNRZ...
Operating pressure
Heating water bar 3 3 3
Operating pressure
Solar heat exchanger bar – – 10
Operating temperature
Heating water °C 95 95 95
Operating temperature
Solar heat exchanger °C – – 130
Maximum recommended
flow rate through connector
1 1/2" m
3
/h approx. 5 approx. 5 approx. 5
Temperature-dependent
feed flow rate:
Maximum 5 m
3
/h, function
successfully tested up to:
m
3
/h – 1.5 1.5
Table 2 Permissible maximum values
Position Description
1 Model designation
2 Serial number
3 Actual capacity
6 Year of manufacture
9 Maximum flow temperature, heat source
10 Maximum flow temperature, solar
17 Maximum operating pressure, heat source side
18 Maximum operating pressure, solar side
Table 3 Information on the data plate