Seeley Climate Wizard CW-80 Installation & Operation Manual page 46

APPENDIX A BACnet PROGRAMMING INFORMATION cont.
BACnet Object List CW-80 Series
V4 28-07-2016
Application: - Customer
Read Only (R)
BACnet Object Properties
Object-name
R2. BMS
BMS On Input
BMS Cool Input
BMS Direct Cool Input
BMS Supply Fan Speed Input 0
To 10V
BMS Supply Fan Speed Num
Calculated
BMS Warning Error Output
BMS Critical Error Output
R3. Air Temperatures and RH%
Ambient Temperature C
Ambient Temperature F
Ambient RH Per
Intermediate Temperature C
Intermediate Temperature F
Supply Temperature C
Supply Temperature F
Supply RH Per
R4. Pressures
Supply Core Delta Pa
Exhaust Core Delta Pa
Supply Core Delta Inches H2O
Exhaust Core Delta Inches H2O
R5. Fans
Supply Fan Speed Num
Exhaust Fan Speed Num
Supply Fans Enable
Exhaust Fans Enable
Supply Fan Sf01 Normal Signal
Supply Fan Sf02 Normal Signal
Exhaust Fan Ef01 Normal Signal
Exhaust Fan Ef02 Normal Signal
Exhaust Fan Ef03 Normal Signal
Exhaust Fan Ef04 Normal Signal
Exhaust Top Tank Level Sensor
46 | CW-80 Container Cooler 866600CE-B
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Object-identifier Object-type
Binary-input 36 Binary-input
Binary-input 37 Binary-input
Binary-input 38 Binary-input
Analogue-input 39 Analogue-input Input voltage 0.00 to 10.00 volts
Analogue-input 40 Analogue-input Calculated supply fan speed
Binary-input 41 Binary-input
Binary-input 42 Binary-input
Analogue-input 43 Analogue-input Decimal units:- degrees C 0.0 to 100.0 (to 1 decimal place)
Analogue-input 44 Analogue-input Decimal units:- degrees F 32.0 to 212.0 (to 1 decimal place)
Analogue-input 45 Analogue-input Decimal units:- RH % 0.0 to 100.0 (to 1 decimal place)
Analogue-input 46 Analogue-input Decimal units:- degrees C 0.0 to 100.0 (to 1 decimal place, CW-80S
Analogue-input 47 Analogue-input Decimal units:- degrees F 32.0 to 212.0 (to 1 decimal place, CW-80S
Analogue-input 48 Analogue-input Decimal units:- degrees C 0.0 to 100.0 (to 1 decimal place)
Analogue-input 49 Analogue-input Decimal units:- degrees F 32.0 to 212.0 (to 1 decimal place)
Analogue-input 50 Analogue-input Decimal units:- RH % 0.0 to 100.0 (to 1 decimal place)
Analogue-input 51 Analogue-input Differential pressure across the supply part of the core in decimal
Analogue-input 52 Analogue-input Differential pressure across the exhaust part of the core in decimal
Analogue-input 53 Analogue-input Differential pressure across the supply part of the core in decimal
Analogue-input 54 Analogue-input Differential pressure across the exhaust part of the core in decimal
Analogue-input 55 Analogue-input Speed number integer 0 to 10 - by push button or nearest to BMS input
Analogue-input 56 Analogue-input Speed number integer 0 to 10 - by push button or nearest to PID output
Binary-input 57 Binary-input
Binary-input 58 Binary-input
Binary-input 59 Binary-input
Binary-input 60 Binary-input
Binary-input 61 Binary-input
Binary-input 62 Binary-input
Binary-input 63 Binary-input
Binary-input 64 Binary-input
Binary-input 65 Binary-input
Active = "on" signal currently being
received from BMS
Active = "cool" signal currently
being received from BMS
Active = "direct cool" signal
currently being received from BMS
(CW-80S only)
(to 2 decimal places) currently
being received from BMS
number 0 to 10 (integer)
corresponding to BMS above
Active = "warning error" signal
currently being sent to BMS
Active = "critical error" signal
currently being sent to BMS
only)
only)
Pascals range:- 0 to 250
Pascals range:- 0 to 500
inches of water range:- 0.00 to 1.00 (to 2 decimal places)
inches of water range:- 0.00 to 2.00 (to 2 decimal places)
signal
and consequent speed table conversion
Active = supply fan motors enabled
Active = exhaust fan motors enabled
Active = motor powered and motor on board electronics currently
sending ok signal
Active = tank water above top level sensor located in exhaust chamber
Details
This group illustrates the hard
wired BMS signals status
Takes effect in controlling the
cooler only if RW1 object "BACnet
control - binary value 1" is inactive