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Siemens Building Technologies

CM2N3205E / 05.2001

Landis & Staefa Division

9/18

After opening the front cover, operating card 2 can be accessed: The 10 lines on the
front (operating level 2) show the setting and measuring choices available for operation.
The values can be readjusted when operating level 2 is active.
By simultaneously pressing the two function buttons at the bottom (lines 9 and 10), the
third operating level can be activated, which is used for service purposes. This operating
level facilitates access to switching data and manipulated variables (service settings).
The reverse side of operating card 2 contains appropriate information. By closing the
front cover, operating level 1 is automatically reactivated.

The DIL switches used for the configuration of the controller are located underneath the
covering plate. To check or change settings, the front cover must be opened and the
covering plate removed.

Front cover and covering
plateremoved

Positions of DIL switches as supplied

(all switches in OFF position, meaning given in bold letters):

8

Type of heating

ELECTRIC / 

WATER

7

Sequence Y30 active

NO / 

YES

6

Order Y30

COMFORT / 

ECONOMY

5

Operating action Y30

INVERTED / 

NORMAL

4

Economizer Y30,

NO / 

YES

Max. ECO changeover,
heat recovery

3

Not used

2

Display "Heat recovery equip-
ment efficiency supervision"

YES / 

NO

1

Test mode

YES

1)

 / 

NO

1) For factory settings only

The RWI65.01 can communicate with an active bus device (master) with the aid of
– the FLN (

F

loor 

L

evel 

N

etwork) communication card 

AZI65.01

 or

– the LON / BACnet (

L

ocal 

O

perating 

N

etwork with BACnet protocol) communication

card 

AZI65.02

 or

– the LPB (

L

ocal 

P

rocess 

B

us) communication card 

AZI65.03

Each card contains the electronic circuits required for communication.

The compartment be-comes accessible after opening the front door and removing the
cover. The communication card slides into its compartment in grooves.

Fitting the FLN communication card in the RWI65.01 requires no re-commissioning, but
only bus registration for data exchange on the network.

Operation with front cover
open
(operating levels 2 and 3)

Configuration of controller
with DIL switches

3205

Z

1

1

10

9

8

7

6

5

4

3

2

1

8

7

6

5

Y10    Y30

Y30

Y30

Y30

4

3

2

1

Test

Run

8
7
6
5
4
3
2
1

Y30

Y30    Y10

.
.
.

Communication cards
AZI65...

Summary of Contents for AEROGYR RWI65.01

Page 1: ...chillers and electric air heater batteries Current valves for electric air heater batteries Regulating units for heating cooling or heat recovery Auxiliary units for chillers or circulating pumps and fans Signal converters for pneumatic electric two or three position signals Signal doublers and signal inverters POLYGYR DC 0 10 V compatible UNIGYR DC 0 10 V compatible Name Type reference Remarks FL...

Page 2: ...units in sequence plants with air dampers or heat recovery Control functions for optimum use of energy maximum economy changeover can be provided Suitable for plants with the following operating actions 2 x heating heat recovery 1 x cooling Switching on off of plant through Direct control of units or enabling of switching commands via potential free relay contacts Enabling of circulating pump or e...

Page 3: ...arameters of compensation can be set 20 15 10 5 0 5 10 15 20 25 30 35 Sw Ew Fw Fs Es Ss TA C 6 5 4 3 2 1 w K 30 40 3205D12E Winter compensation Summer compensation Compensation by means of an active or passive potentiometer as an absolute set value or as a set value shift 0 w K 5 0 5 Eh El 5 10 Z3 V 1000 1117 1235 Z3 Ω 3205D13E Data point 45 Data point 44 Compensation across the entire setpoint ra...

Page 4: ...ply or heat recovery Prerequisites for activation DIL switch 4 economizer set to OFF YES Outside and extract air temperature sensors connected 10 0 T B4 B1 B4 B1 B4 B1 10 0 10 0 Y30 V min Y30 min Y30 0 0 B4 B1 T 10 0 2 K 2 K Y30 V Y30 V Y30 V T T 3205D07E Mixing dampers HR system The RWI65 01 allows control sequences with both operating actions for air dampers heat recovery The operating action is...

Page 5: ...alve activation of circulating pump Switching off the fan or closing the air damper Maintaining the temperature when the fan is switched off on the water side only Fault status signal in the event of risk of frost To ensure frost protection the use of the following sensors is required QAD22 QAE21 9 for temperature acquisition in the water circuit QAF63 for temperature acquisition at the battery s ...

Page 6: ...es Adaptation to compressor or heat pump operation by setting a switching interval and a switching differential Selectable pump kick for heat pump operation Switching off of plant elements depending on the selected alarm priority A or b An additional sensor must be installed if this function is used Three temperature values temperature behind heat recovery equipment outdoor air and extract air tem...

Page 7: ... priority fault status signals are indicated by a flashing A or b in the display with efficiency supervision using pointer and by a flashing red LED located on the acknowledge button on the unit front At the same time it is available as a centralized alarm at centralized alarm output F91 priority A or F 92 priority b Fault status signal priorities A or b can be selected for inputs E1 to E5 E7 E8 B...

Page 8: ...inal strip for establishing the electrical connections with the controller insert 10 9 8 7 6 5 4 3 2 1 1 9 10 11 3 2 4 5 6 7 8 Set point heating Set point cooling Actual set point Min supply air temp Max supply air temp Day Start time Stop time Data point number Data point value 3205Z04E 1 Front cover 2 Operating card 1 for operating level 1 and operating instructions 3 Opening for acknowledgement...

Page 9: ...meaning given in bold letters 8 Type of heating ELECTRIC WATER 7 Sequence Y30 active NO YES 6 Order Y30 COMFORT ECONOMY 5 Operating action Y30 INVERTED NORMAL 4 Economizer Y30 NO YES Max ECO changeover heat recovery 3 Not used 2 Display Heat recovery equip ment efficiency supervision YES NO 1 Test mode YES 1 NO 1 For factory settings only The RWI65 01 can communicate with an active bus device mast...

Page 10: ...missible ambient conditions must be observed First the base is to be mounted and wired up The cables inside the base are to be accommodated such that the insert can be easily fitted Secure fixing screws only after commissioning For commissioning and operation refer to the operating instructions supplied with the controller When commissioning the plant all functions of the controller and the commun...

Page 11: ...1 max Switching capacity current at AC 265 V 5 mA min 4 A 3 A1 max Switching capacity voltage DC 5 V min AC 42 V2 max Switching capacity current 100 mA min 1 mA max Protection class III as per EN 60 730 Housing protection when mounted on a flat wall IP 40 as per EN 60 529 when mounted in a control panel front Casing IP 40 as per EN 60 529 Base IP 20 as per EN 60 529 Operation as per IEC 721 3 3 Cl...

Page 12: ...s E1 Digital signal input Fire smoke E2 Digital signal input Disturbed flow E3 Digital signal input Circulating pump electric air heater battery E4 Digital signal input Common falut signal form chiller E5 Digital signal input Fan overcurrent E6 Digital signal input Extended operation with automatic operation only E7 Digital signal input freely available E8 Digital signal input freely available GF ...

Page 13: ... 60 plug in module outside temperature signal B9 QAF63 frost protection sensor F1 F2 Overload relay contacts H1 Auxiliary unit for circulating pump or signal for chiller H2 Auxiliary unit for common fault status priority A H3 Auxiliara unit for common fault status prority b K1 Contacts for circulating pump or electric air heater battery K2 Motor contactor for fan R1 FZA21 21 or QAA26 remote settin...

Page 14: ...pply air sensor max 50 0 150 0 C 50 C 40 Outside sensor min 50 0 150 0 C 35 C 41 Outside sensor max 50 0 150 0 C 35 C 42 Frost sensor min 50 0 150 0 C 0 C 15 43 Frost sensor max 50 0 150 0 C 15 C 15 44 Compensation min 50 0 150 0 C 5 C 45 Compensation max 50 0 150 0 C 5 C 46 B1 Room temperature 5 00 5 0 K 0 0 K 47 B2 Supply air temperature 5 00 5 0 K 0 0 K 48 B4 Outside temperature 5 00 5 0 K 0 0 ...

Page 15: ... 0 readjustment of values is not possible two minutes after closing the front cover with the exception of summer wintertime changeover 7 Every day at 15 00 hrs a switch on signal of 30 seconds is fed to output Q20 periodic pump run 8 Only internally 9 Only internally can be used with demonstrations when without using an actual value filter the control system responds quickly to deviations 10 The d...

Page 16: ...ocked Lit Flashing Off interlocked switch off delayed On delocked On delocked when Y10 0 Off interlocked when Y10 0 Dark Y10 0 I O Explanation Q13 Q14 Q23 Q24 Y10 Y20 Y30 Q20 F91 F92 Green LED E1 E2 E3 E4 E5 E7 E8 B9 3205Z18E Water Water Eletrc Electr Water Water Electr Electr Red LED Water Water Electr Electr Water Water Electr Electr Water Water Electr Electr Water Water Electr Electr Water Wate...

Page 17: ...ater B Electr A Electr B Overloaded circulation pump Overloaded ventilator Water A Water B Electr A Electr B E4 Chiller E5 Overloaded fan Water A Water B Electr A Electr B E7 Water A Water B Electr A Electr B AUX 1 Water A Water B Electr A Electr B E8 AUX 2 Water A Water B B9 Frost protection unit Dark Off interlocked Lit Flashing Off interlocked switch off delayed On delocked On delocked when Y10...

Page 18: ... Staefa Division R124 3 145 272 5 26 19 58 106 5 26 26 13 5 137 5 5 5 5 63 152 6 144 17 5 10 30 30 133 2 5 106 5 24 30 3 Pg 11 m a x R 2 138 1 0 138 1 0 3205M01 19 19 34 26 53 53 66 Dimensions 1999 Siemens Building Technologies Ltd Dimensions in mm Panel cutout ...

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