Daikin MicroTech III Sales And Engineering Data Sheet

ComprehensIve daTa Tables
www.DaikinApplied.com 9 ED 15103-6 • MICROTECH III WSHP UNIT CONTROLLER
Table 2: Analog Values - Ennity Single Stage Compressor, Continued
Point Name
Object Type/
Instance
Read/
Write
Access
2
BACnet Object
Name
Range/Default
(in Units)
Non-
volatile
Memory
1
Description
ANALOG VALUES
Temperature Setpoint
Offset Input
AV:35 C SetptOffset
-18 to +18ºF
-10 to +10ºC
Default: 0º
N
Shifts the Occupied and Standby Effective Setpoints via
the network. The Unoccupied Effective Setpoints are not
affected. This is the Short Range Setpoint used when
a remote room sensor setpoint adjust is disabled.
7
The
network override will revert back to its default value upon
unit controller reboot. See Space Temperature Setpoint
Methods.
MAC Address /
Address Switch
AV:411
W
MacAddress
(S3 Address Switch
set to 255 - factory
default setting)
1 to 127 Y
The function of AV411 depends on the setting of the
BACnet communication module physical Address Switch
(S3). When the physical address switch is set to a value
of 255, the dynamic MAC addressing algorithm is used
to commission the BACnet communication module. This
variable represents the unit’s MAC Address that can be
written through the network or through the conguration
serial port. When the physical address switch is not set to
a value of 255, this network variable represents the setting
of the physical address switch, and is read-only.
R
MacAddressSwitch
(S3 Address Switch
not physically set
to 255)
System Minimum
Instance
4,5
AV:412 W SystemMinInstance
0 to 4194302
Default:
3101000
Y
Value of this setting is added to the MAC Address to
determine the nal BACnet Device Name and Instance
Number. Ex: by default, the instance number = 3101007
when the MAC = 7.
Table 3: Binary Inputs - Ennity Single Stage Compressor
Point Name
Object
Type/
Instance
Read/
Write
Access
2
BACnet Object
Name
Range/Default
(in Units)
Non-
volatile
Memory
1
Description
BINARY INPUTS
Binary Input Status BI:1 R
BinaryIn
(Description
Property)
32 bits N
Monitors the digital inputs of the unit controller for diagnostic
purposes. Each item is reported as a bit so that multiple inputs
can be viewed simultaneously. The Present_Value reects the
rst status bit (b0), which is the “Normal / Service-Test Mode
Jumper” state.
All the status bits are returned in the BI1.description property,
high bit on the left and low bit on the right.
Example: 00000000000000000000000000000001 shows
the Normal / Service-Test jumper input is true. See Selected
Parameters Information for bit descriptions.
Table 4: Binary Values - Ennity Single Stage Compressor
Point Name
Object
Type/
Instance
Read/
Write
Access
2
BACnet Object
Name
Range/Default
(in Units)
Non-
volatile
Memory
1
Description
BINARY VALUES
Clear Alarm BV:1 W ClearAlarm
0 to 1
Default: 0
N
Clears the Current Alarm. The alarm that is cleared moves
to the Previous Alarm buffer. Value automatically clears
after a clear alarm command is issued.
0 = Normal
1 = Clear Alarm
Binary Output Status BV:2 R
BinaryOut
(Description
Property)
16 bits N
Monitors the digital outputs of the unit controller for
diagnostic purposes. Each item is reported as a bit so
that multiple outputs can be viewed simultaneously. The
Present_Value reects the rst status bit (b0), which is the
“Compressor #1” state. All the status bits are returned in
the BV2.description property, high bit on the left and low bit
on the right.
Example: 0000000000000001 indicates that the
compressor #1 output is active. Array index NULL returns
Bit Number 0. See Selected Parameters Information for bit
descriptions.

Daikin MicroTech III Specifications

General

Brand	Daikin
Model	MicroTech III
Category	Controller
Language	English