Service manufacturer, Menu overview, Press – Greenheck Microprocessor Controller (474706 IOM) TAP v1.04 June 2011 (ERCH, ERH, APEX, VER, ERT) User Manual
Page 11: Ddc controller for tempered air products

11
DDC Controller for Tempered Air Products
Menu Overview
Press
Prg
Esc
to enter menus.
c. BMS Config
d. Service Settings
Service
Manufacturer
Service Password
Insert service
password (PW1):
0000
Service Password
Insert service
password (PW1):
0000
Manufacturer Password
Insert service
password (PW1):
0000
BACnet Read/Write
Function:
Read
Update?
Yes
*Cycle unit power to
confirm write command.
a. Working hour set
a. Configuration
c. Factory settings
c. Password/Defaults
b. Probe adjustment
Probe Adjust
pCOe number:
1
Offset Ch 1:
0.0
Offset Ch 2:
0.0
Offset Ch 3:
0.0
Offset Ch 4:
0.0
Digital Compressor
Minimum OFF:
1.0vdc
Minimum ON:
1.9vdc
Maximum:
5.0vdc
Delay OFF:
60s
Max Power Start:
120s
Hot Gas Controller
Integration:
300s
Band:
20°F
Unoccupied Mode Setup
Type:
CycleSupplyFan
Source:
Input ID6
TCP/IP SETUP
Instance:
77000
IP set by:
DHCP
IP:
172.016.000.001
Subnet:
255.255.255.000
Gatewy:
192.168.001.001
Analog Input
Cold Coil Temperature
Input B03:
###.#
°F
Offset:
0.0°F
Value:
###.#°F
Analog Output Config
Wheel
Channel:
Y1
Action:
DIRECT
Minimum:
#.#vdc
Maximum:
##.#vdc
Cooling Controller
Integration:
300s
Band:
20°F
Reheat Setup
Will heater be used
for reheat during
dehumidification?
Reheat:
Disable
Supply Reset Control
Integration:
1200s
Band:
10°F
Wheel Rotation Sensor
Alarm delay:
30s
(input ID3)
TCP/IP SETUP
DNS 1:
###.###.###
DNS 2:
###.###.###
Type: IP
Analog Input
Room Temperature
Input B04:
###.#
°F
Offset:
0.0°F
Value:
###.#°F
Compressor Setup
# of stages:
#
Rotation:
LIFO
Reheat Setup 2
Will heater be used
for reheat along
with hot gas?
Heater:
Disable
Heat/Cool Delay
Time delay between
heating, cooling &/or
economizer modes.
Delay:
180s
Temperature Scale
Select: Fahrenheit
Display Buzzer
Select: Disable
User Default
Insert new service
password (PW1):
0000
Unit BMS Control
Unit Start/Stop:
Yes
Temp Setpoint:
Local
Occupancy:
Input ID6
BMS Configuration
Protocol:
None
BACnet Plugin?
Yes
MAINTENANCE HOURS
SYSTEM
Run hours:
0000h
Set Point:
0000h
Reset to Zero?
No
Unit Code
Select DDC configur-
ation code here.
Code:
GWXXXXXXX00
Analog Input
Outside Temperature
Channel:B1
Type:
NTC
Offset:
#.#°F
Value:
##.#°F
Factory Setup
Consult Factory
Before Altering
Compressor Timers
Minimum ON:
###s
Minimum OFF:
###s
Between Stages:
###s
Hot Gas Setup
Hot gas reheat coil
minimum on/off
time:
10minutes
Damper Setup
Allow the dampers to
open for: 10 seconds
before starting the
fans.
Factory Settings
Save?
No
Restore?
No
User Default settings
Save?
No
Restore?
No
BMS Write Points
TempSetpoint:
aaa.a°F
Start/Stop:
Stop
Reset Alarms:
No
Occupancy:
Occ
MODBUS SETUP
Address:
1
Baudrate
9600
Analog Input
Outside Temperature
Input B01:
###.#
°F
Offset:
0.0°F
Value:
###.#°F
Unit Expansion Comm
Field Card Settings
Baudrate:
19200
Stop bit:
2
Parity mode:
NONE
Timeout:
300ms
Digital Input
Supply Fan
Channel:
ID1
Action:
OPEN
Delay:
0s
Open
Economizer Controller
Integration
300s
Band:
20°F
Econo ON/OFF times:
Minimum ON:
300s
Minimum OFF:
300s
Compressor Staging
Stage1: ON @ 50% OFF 0%
Stage2: ON @ 100% OFF 50%
Fan/Airflow Proving
Alarm delay:
30s
(inputs ID1 & ID5)
Hot Gas Flush Setup
Cycle:
30minutes
Duration:
1minutes
New Password
Insert new manufacturer
password (PW2):
####
MSTP SETUP
Instance:
77000
Baudrate
38400
MAC Addr:
0
MaxMasters:
127
MaxInfoFrames:
10
Analog Input
Discharge Temperature
Input B02:
###.#
°F
Offset:
0.0°F
Value:
###.#°F
Unit Expansion I/O
Enable Expansion:
No
Relay Output
Defrost
Channel:
1
Status:
OFF
Supply Fan Cycling
Defrost setup
Fan off time:
5min
Fan on time:
30min
Heater Controller
Integration:
300s
Band:
20°F
Mod Hot Gas Setup
Minimum On:
4.0vdc
Maximum On:
10.0vdc
Fan Delay
Time delay between
starting of supply
& exhaust fans.
Fan delay:
15s
Initialization
DEFAULT INSTALLATION
Erase user settings
and install global
default values:
No
b. I/O Configuration
All I/O points are included An example of each is shown.
d. Initialization
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