Tekmar 260 Boiler Control Manual do Utilizador

Consulte online ou descarregue Manual do Utilizador para Sensores Tekmar 260 Boiler Control. tekmar 260 Boiler Control User Manual Manual do Utilizador

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- Data Brochure
Boiler Control 260
D 260
03/09
The Boiler Control 260 is designed to control a single stage heat source in order to provide outdoor reset or Domestic Hot Water (DHW)
operation. The control has a Liquid Crystal Display (LCD) to view system status and operating information.
Additional functions include:
Quick Setup for easy installation and programming of control
User comfort adjustment to increase or decrease building space
temperature
Advanced settings to fine-tune building requirements
Pump and valve exercising
Optional indoor sensor for room air temperature control
Powered boiler pump output
• DHW pump or valve operation
• Optional DHW priority
• Test sequence to ensure proper component operation
• Setback input for energy savings
• 120 V (ac) power supply
• CSA C US certified (approved to applicable UL standards)
Output
Boiler
Input
Universal
Sensor
Included
Input
Outdoor
Sensor
Included
Output
Boiler System
Pump
Input
120 V (ac) Power
Supply
Input
Boiler Demand
Signal
Input
tekmar Timer
Optional
Input
Indoor Sensor
Optional
To increase or decrease the
building temperature:
Boiler Control 260
One Stage Boiler & DHW
Boiler Demand
C US
Made in Canada by
tekmar Control Systems Ltd.
tektra 910-01
Power:
Relays:
Demand:
120V + 10% 50/60 Hz 1300 VA
240V (ac) 10 A 1/3 hp
20 to 260 V (ac) 2 VA
Signal wiring must be
rated at least 300V.
H1154D
BOIL
°
F
VIEW
Test
13 14 15 16 17
Do not apply power
UnO
Sw
Com
Boil
Out
Com
11 12
Boiler
1
2345 6
7 8
Boiler
Demand
L
Power
N
Boil
P1
N
DHW
Demand
Display defaults back to
VIEW
menu after 20 sec.
ROOM
- Set to desired room temp.
OUTDR DSGN
- Set to coldest (design)
outdoor temp.
Installer Instructions
Terminal Unit Set to
High Mass Radiant
Low Mass Radiant
Fan Coil
Convector
Radiator
Baseboard
1
2
3
4
5
6
Refer to brochure for more information
910
DHW
Pmp/Vlv
1
8
Indr
Terminal Unit
Fire Delay DHW Demand
Return
Off
Installer
Advanced
DHW during UnOcc
DHW Pump
Off
DHW Priority
DHW Valve
Item
Press the
Item
,, buttons
simultaneously for 1 sec. to
enter the
ADJUST
menu
Use the , buttons to
adjust the
ROOM
setting
Input
DHW Demand
Signal
M
Output
DHW Pump OR
DHW Valve
OCC
Copyright © D 260 - 03/091 of 20
Meets Class B:
Canadian ICES
FCC Part 15
Date Code
Note:
Boiler or DHW demand
must be powered with 20 to
260 V (ac) before the boiler
is able to fire.
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Resumo do Conteúdo

Página 1 - - Data Brochure

- Data BrochureBoiler Control 260D 26003/09The Boiler Control 260 is designed to control a single stage heat source in order to provide outdoor reset

Página 2 - User Interface

Copyright © D 260 - 03/09 10 of 20DHW MIXING PURGE After DHW priority operation, the boiler is extremely hot. At the same time, the heatingzones may h

Página 3 - Fire Delay

Copyright © D 260 - 03/0911 of 20STEP THREE ROUGH-IN WIRING All electrical wiring terminates in the control base wiring chamber. The base has standar

Página 4 - Section C

Copyright © D 260 - 03/09 12 of 20DHW Pump / Valve ContactThe DHW Pmp / Vlv terminals (9 and 10) are an isolated output in the 260. There is nopower a

Página 5 - Section B3

Copyright © D 260 - 03/0913 of 20Test The Sensors In order to test the sensors, the actual temperature at each sensorlocation must be measured. A good

Página 6 - Section B2: Installer

Copyright © D 260 - 03/09 14 of 20BoilerIf the boiler circuit is connected to the Boiler terminals (11 and 12), make sure power to the boiler circuit

Página 7 - Section B3: Advanced

Copyright © D 260 - 03/0915 of 20Press and release the Item button to advance to the ROOM UNOCC adjustment. Use the or button toset the desired te

Página 8 - Section C3

Copyright © D 260 - 03/09 16 of 20Adjust Menu (1 of 2)The desired room air temperature during anoccupied (Day) period.35 to 100°F(2 to 38°C)The desire

Página 9 - Section C2: DHW Priority

Copyright © D 260 - 03/0917 of 20Testing the ControlThe Boiler Control 260 has a built-in test routine which is used to testthe main control functions

Página 10 - Installation

Copyright © D 260 - 03/09 18 of 20TroubleshootingWhen troubleshooting any heating system, it is always a good idea to establish a set routine to follo

Página 11 - Output Connections

Copyright © D 260 - 03/0919 of 20Error MessagesThe control was unable to read a piece of information from its EEPROM. This error can be caused by anoi

Página 12 - 24 to 240 V (ac)

Copyright © D 260 - 03/09 2 of 20How To Use The Data BrochureThis brochure is organized into four main sections. They are: 1) Sequence of Operation, 2

Página 13 - 20 to 260 V (ac)

Limited Warranty The liability of tekmar Control Systems Ltd. and tekmarControl Systems, Inc. (“tekmar”) under this warranty is limited. The purchaser

Página 14 - Quick Setup

Copyright © D 260 - 03/093 of 20DisplayBoiler DemandTerminal UnitDHW DemandVIEWADJUSTTARGETINDRDSGNBOILOUTDRROOM WWSDMAXMINOCCUNDIFFDHWmin°F°CItemNumb

Página 15 - View Menu (1 of 1)

Copyright © D 260 - 03/09 4 of 20Sequence of OperationSection AGeneral OperationPage 4Section BBoiler ResetPage 5-8Section CDHWPage 8-10Section A —Gen

Página 16 - Display Description Range

Copyright © D 260 - 03/095 of 20Section B: Boiler ResetSection B1: GeneralBOILER DEMAND A boiler demand is required in order for the 260 to provide he

Página 17 - Adjust Menu (2 of 2)

Copyright © D 260 - 03/09 6 of 20Section B2: InstallerOUTDOOR DESIGN (OUTDR DSGN) The OUTDR DSGN is the outdoor air temperature that is the typicalcol

Página 18 - Troubleshooting

Copyright © D 260 - 03/097 of 20Fancoil (3) A fancoil terminal unit or air handling unit (AHU) consists of a hydronic heating coil andeither a fan or

Página 19 - Error Messages

Copyright © D 260 - 03/09 8 of 20FIRE DELAY (FIRE DELAY) The Fire Delay is the delay time that occurs between the time that the 260 closes the Boiler

Página 20 - Technical Data

Copyright © D 260 - 03/099 of 20DHW Pump (DIP switch = DHW Pump) If DHW Pump is selected, the 260 assumes that the DHW pump provides adequate flowthro

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