background image

11

This test will operate the number of compressors indicated

on the "# of Comps" section of the BASE CONFIG screen.

1. As the alarm relay closes, Compressor 1 starts and

operates for 5 seconds.

2. One second after compressor 1 stops, compressor 2 starts

and operates for 5 seconds.

3. One second after compressor 2 stops, compressor 3 (if

configured) starts and operates for 5 seconds.

4. One second after compressor 3 stops, compressor 4 (if

configured) starts and operates for 5 seconds.

5. After the last configured compressor stops, the test point

returns to off.

HEATING — This test operates the analog output used to con-

trol a field-installed heating valve. The timing is set to allow

the use of a DC voltmeter to check the controller output. 

This test will NOT test electric heat. If the heat type indicat-

ed on the "Heat Config" section of the BASE CONFIG screen

is set to "electric" this test will not run.

1. As the alarm relay closes, the heating output will be

0 vdc.

2. Ten seconds later the heating output moves to 5 vdc.
3. Ten seconds later the heating output moves to 10 vdc.
4. Ten seconds later the test point returns to Off and the heat

output returns to normal control.

WATER ECONOMIZER (H2O ECON) — This  test  checks

operation of the modulating valve (MVLV) and economizer

valve (ECONO).

1. As the alarm relay closes, the output to both valves is

0 vdc. Both valves should close.

2. Two minutes later, economizer valve opens (10 vdc) and

modulating valve remains closed (0 vdc).

3. Two minutes later, economizer valve closes (0 vdc) and

modulating valve opens (10 vdc)

4. Two minutes later the test point returns to off and the

valves return to normal control.

Set the Clock  — 

The user must be logged on as either a

User or Admin to set the clock. To set the clock, perform the

following procedure:

1. From the HOME menu, press the arrow keys until the

cursor brackets are around ClockSet, then press

<ENTER>.

2. Use the arrow keys to scroll around the screen and select

the data fields to change.

3. To change a field, move the cursor (brackets) to the de-

sired field then press enter.

4. If the wrong field is entered or you do not want to change

a value, press [CANCEL] to leave the current setting in-

tact.

5. To setup Daylight Savings time and Standard time, move

the cursor (brackets) over DST and then press <EN-

TER>. You can then scroll through and set the time of

day to start daylight savings mode (default is 02:00), the

amount of time to offset (default is 60 minutes), begin-

ning (B) and ending (D) dates.

Configure Schedules — 

Local schedules are one

method of starting and stopping the unit at specified intervals.

There are four normal schedules that provide day to day opera-

tion. There are twelve holiday schedules that are used to over-

ride the normal schedule and set the unit to unoccupied mode.

There are two override schedules that are used to override the

normal and holiday schedules to force the unit into occupied

mode.

The user must be logged on as User or Admin to configure

the schedules using following procedure.
NORMAL (LOCAL) SCHEDULES

1. From the HOME menu, select the the [CONFIG] soft-

key to enter the CONFIGURATION menu.

2. Use the arrow keys to select OCCUPANCY, then press

<ENTER>.

3. Press the [LOCAL] softkey to adjust the normal sched-

ules.

4. Use arrow keys to scroll around the screen and select the

data field to change. These buttons scroll through the data

fields, as well as up and down the screen.

5. To change a field, move the cursor brackets to the desired

field then press <ENTER>.

6. If the wrong field is entered or you do not want to change

a value, press [CANCEL] to leave the current setting in-

tact.

7. Press the [PREV] softkey to move the previous screen or

schedule. Press the [NEXT] softkey to move to the next

schedule screen.
If viewed as a single large screen, the layout is dis-

played as follows:

The time settings are in 24-hour time. The Start Time line is

used to set the occupied start time. The End Time line is used to

set the unoccupied start time. The “Apply Times Above to”

section is used to set whether the schedule is active each day of

the week. Select Yes to activate the schedule on a given day of

the week and No to ignore the schedule on that day. The NEXT

item at the bottom of screen moves you to the next normal

schedule set point.

Setting the start time and end time to 0 hours and 0 minutes

disables a schedule.
HOLIDAY SCHEDULES

1. From the HOME menu, select the [CONFIG] softkey

to enter the CONFIGURATION menu.

2. Use the arrow keys to select OCCUPANCY, then press

<ENTER>.

3. Press the [HOLIDAY] softkey to adjust the holiday

schedules.

4. Use arrow keys to scroll around the screen and select the

data field to change. These buttons scroll through the data

fields, as well as up and down the screen.

5. To change a field, move the cursor brackets to the desired

field then press <ENTER>.

6. If the wrong field is entered or you do not want to change

a value, press [CANCEL] to leave the current setting in-

tact.

7. Press the [PREV] softkey to move the previous screen or

schedule. Press the [NEXT] softkey to move to the next

schedule screen.

--------------------- Schedule #1 ---------------------

Start Time

[hh:mm]

0:

0

End Time

[hh:mm]

0:

0

Apply Times Above to

Mo

n

Tue

Wed

Thu

Fri

Sat

Sun

No

No

No

No

No

No

No

[->PREV]

[->NEXT]

[->HOME]

Summary of Contents for OMNIZONE 50XJ104

Page 1: ...n working on this equipment observe precautions in the literature on tags stickers and labels attached to the equip ment and any other safety precautions that apply Follow all safety codes Wear safety...

Page 2: ...tion Optional and Field Installed Accessory Sensors Devices These units can be ordered with options and ac cessories that add functionality and control These options and accessories are used as descri...

Page 3: ...og 5K Sensor IN 10 W8 Therm Dry Water Econ Freezestat Sensor or Switch FREEZE Analog 10K 2 Sensor or Switch Closure IN 11 IW7 Therm Dry configurable Mixed Return Air Temperature MA_RA Analog 10K 2 Sen...

Page 4: ...signal 1 to 5 vdc linearly The sensor s range is 0 to 550 psig Water Valve s Control Variable Building Waterflow Systems Variable waterflow configurations use only one water valve in the main water su...

Page 5: ...l 16 and the negative to terminal 17 SUPPLY AIR RESET BY SPACE TEMPERATURE Use a 10K type II thermistor sensor installed at the entering water temperature sensor location on PCB2 and configure the uni...

Page 6: ...e for remote annunciation connect wiring to terminal block J10 terminal 18 normally open terminal 17 common and or terminal 16 normally closed J4 9 10 RED BLK RED RED BLK BLK BLK RED BLK RED SENSOR 1...

Page 7: ...t digital input such as duct high limit switch When the jumper is in the top position the input is configured for a voltage input for example a humidity sensor The bottom jumper position is used for m...

Page 8: ...50 60 Hz 20VA 0 83A Use Copper Conductors Only 232 EIA EIA 485 Port 1 Port 2a Therm Dry Unused 5 6 7 8 Network Switches 0 off 1 on MSTP m MSTP s PTP SLTA PlugIn Ethernet 8 7 6 5 Protocol 0 0 0 0 0 0...

Page 9: ...If the standby screen is visible press any key to switch to the HOME menu 2 If another screen is displayed press the HOME to switch to the HOME menu 3 Press the LOGOUT softkey to force the system to...

Page 10: ...ompressor start stop test This is the same test point used to test the VFD bypass Since constant volume units do not have remote VAV termi nals there is no built in delay to allow remote boxes to open...

Page 11: ...es Local schedules are one method of starting and stopping the unit at specified intervals There are four normal schedules that provide day to day opera tion There are twelve holiday schedules that ar...

Page 12: ...ule When an override schedule is active it overrides any nor mal or holiday schedule and forces the unit to occupied mode In the example listed under the holiday schedule assume an override schedule...

Page 13: ...runtime limits or clear the accumulated run times To view run times press the CONFIG softkey on the HOME menu then select the RUNTIME option from the CONFIGURATION menu Use the arrow keys to scroll th...

Page 14: ...entry press EXIT and re start the procedure at Step 6 9905 Motor Nom Volt should equal unit voltage 230V or 460V 9906 Motor Nom Current equal to motor FLA see motor nameplate 9907 Motor Nom Freq alwa...

Page 15: ...elp screens START UP WITH ASSISTANT To start up the VFD with the Start Up Assistant perform the following proce dure 1 Select MENU SOFT KEY 2 The Main menu will be displayed 2 Use the UP or DOWN keys...

Page 16: ...and then press EXIT SOFT KEY 1 to return to main menu NOTE The current parameter value appears above the highlight parameter To view the default parameter value press the UP and DOWN keys simultaneous...

Page 17: ...not be changed 6 Press EXIT SOFT KEY 1 twice to return to the main menu START UP General Complete the start up checklist on page CL 1 before attempting system start up Confirm that compressor suction...

Page 18: ...of these sensors in the custom configuration The following sensors when valid are used for the space tempera ture sensor with the highest precedence at the top of the list Space temperature sensor SPT...

Page 19: ...e 65 F HEAD PRESSURE CONTROL HPC In installations where entering water temperature can fall below 55 F where a water economizer described above is not installed the HPC provides an electronic water fl...

Page 20: ...of each compressor and is set to open at pressures above 570 psig It is wired in the 24 vac control power line of the compressor contactor in series with the LPS and FRZ and disables compressor operat...

Page 21: ...he compres sor and attempt to restart it 15 minutes later assuming there is still a call for cooling On a third failed attempt to run the compressor the compressor will be locked out pending a pow er...

Page 22: ...r control of an air economizer OUTDOOR AIR TEMPERATURE ALARM OAT If an outdoor air temperature sensor is installed and configured an alarm with an ID of oat_alarm will be generated if the temperature...

Page 23: ...ISC1 Disconnect Switch DSP Duct Static Pressure Transducer ECONO Economizer Valve Damper Control EWT Entering Water Temperature Sensor FLTS Filter Status Switch FREEZ Freeze Thermostat Water Economize...

Page 24: ...3 L1 T1 L2 T2 L3 T3 FU10 FU11 FU12 COMP3 151 BLK 157 BLU 154 YEL 150 BLK 156 BLU 153 YEL 149 BLK 155 BLU 152 YEL C3 158 BLK 159 BLK CH3 2 1 3 L2 T2 L3 T3 FU13 FU14 FU15 COMP4 162 BLK 168 BLU 165 YEL 1...

Page 25: ...Z2 409 PNK 408 PNK 407 PNK 406 PNK LPS2 400 BLU 534 BLU HPS1 FRZ1 404 BLU 403 BLU 402 BLU 401 BLU LPS1 TB5 531 BRN 528 BRN 525 BRN 522 BRN 532 BRN 427 BRN 433 BRN 432 BRN 430 BRN 428 BRN 429 BRN 431 B...

Page 26: ...tion PUMP REQUEST FIELD Connection TOWER REQUEST FIELD Connection EXT DEHUMIDIFY Tower Sump Leaving Water 627 ORN 628 BLU 629 BRN FIELD Connection TRMOP FIELD Connection VENTR FIELD Connection TRMCT F...

Page 27: ...701 GRN 630 ORN 631 VIO HRN3 4 3 FIELD Connection Exhaust Fan DSP 640 BLK A B BPS_S 617 BRN 6 5 638 BRN 638 BRN 627 ORN 628 BLU 629 BRN 603 RED 606 BRN 639 RED 607 RED 609 RED 611 RED 613 RED FIELD A...

Page 28: ......

Page 29: ......

Page 30: ...right to discontinue or change at any time specifications or designs without notice and without incurring obligations Catalog No 04 53500117 01 Printed in U S A Form 50XJ 2T Pg 30 8 14 Replaces 50XJ 1...

Page 31: ...INPUT POWER PHASE SEQUENCE BEEN CONFIRMED WITH A METER Y N _______ HAS THE FAN AND MOTOR PULLEY BEEN CHECKED FOR PROPER ALIGNMENT AND DOES THE FAN BELT HAVE PROPER TENSION Y N _______ HAS WATER BEEN P...

Page 32: ..._____________________________________________________________________________________________ _______________________________________________________________________________________________ __________...

Reviews: