25
1 0 0
P S I
-INTEGRAL SEQUENCING-
Lead Compressor
Off
Total Compressors
2
3.10 INTEGRAL SEQUENCING
Integral Sequencing is set up using the INTEGRAL
SEQUENCING screen. A description of integral is in
section 7.0. The name and value of each of the
integral sequencing setpoints as listed in the right
hand column can be seen by moving the list up and
down using the arrow buttons.
3.10.1 Lead Compressor- The choices for this
setpoint are On, Off, Always, and Never. On, means
the compressor is the lead unit. Off, means the
compressor is not the lead unit, but it could become
the lead unit. If Always is selected, the compressor is
the lead unit and it will not transfer the lead to another
compressor. Never, means the compressor is not the
lead unit and will never become the lead unit. The
operator must set one unit (and only one) to On or
Always to start integral sequencing.
3.10.2 Total Compressors- This is the total number of
compressors in the integral sequence. This setpoint
must be set to the same number on each compressor.
3.10.3 Compressor Address- This is the address of
the compressor in the integral sequence. No two
compressors can have the same address. Two
compressors with the same address will cause
communication failures.
3.10.4 Load Delay Time- This is the number of
seconds the lead compressor will wait for the package
discharge pressure to start rising after issuing a load
command to another compressor. If the package
discharge pressure has not started rising at the end of
this time period, the lead compressor will load the next
compressor in the sequencer.
3.10.5 Lead Change - Hours- This is the number of
hours the compressor will operate as the lead unit.
Once a compressor has operated as the lead for this
number of hours, it will transfer the lead to the next
compressor in the sequence. This setpoint does not
apply to a unit where the lead compressor is set to
always or never. If this setpoint is set to 0, the next 2
setpoints will determine when the lead is transferred.
3.10.6 Lead Change - Day & Lead Change - Time-
These two setpoints are used together. If the Lead
Change - Hours setpoint is set to 0, these two
setpoints will be used to determine when the
compressor will transfer the lead to the next
compressor in sequence. Lead Change - Day is the
day of the week that the compressor will transfer the
lead. Lead Change - Time is the time of the day that
the compressor will transfer the lead.
STATUS
MAIN MENU
SELECT
Ready To Start
INTEGRAL SEQUENCING
RANGE
STEP
UNIT
Lead Compressor
On/Off/Always/Never
---
---
Total Compressors
2 to 4
1
---
Compressor Address
1 to Total Compressors
1
---
Load Delay Time
10 to 60
1
SEC
Lead Change - Hours
0 to 750
1
HRS
Lead Change - Day
Sun to Sat, Daily, Week
1
DAY
Day, Week End
Lead Change - Time
00:00 to 23:59
1
TIME
Содержание 100-200
Страница 17: ...FIGURE 2 5 1 TYPICAL OUTDOOR SHELTERED INSTALLATION 15...
Страница 18: ...16 3 0 INTELLISYS INTELLISYS CONTROLLER INGERSOLLrAND INTELLISYS...
Страница 52: ...50 54418074 REV B 8 0 REFERENCE DRAWINGS 8 1 ELECTRICAL SCHEMATIC STAR DELTA...
Страница 53: ...51...
Страница 54: ...52 54622865 REV B 8 2 FOUNDATION PLAN 125 150 HP 90 110KW AIRCOOLED SINGLE STAGE CONTINUED...
Страница 55: ...53 54622865 REV B 8 2 FOUNDATION PLAN 125 150 HP 90 110 KW AIRCOOLED SINGLE STAGE...
Страница 56: ...8 3 FOUNDATION PLAN 200 HP 132 160 KW AIRCOOLED SINGLE STAGE CONTINUED 54622931 REV B 54...
Страница 57: ...8 3 FOUNDATION PLAN 200 HP 132 160 KW AIRCOOLED SINGLE STAGE 54622931 REV B 55...
Страница 58: ...56 8 4 FOUNDATION PLAN 125 150 HP 90 110 KW WATERCOOLED SINGLE STAGE CONTINUED 39925300 REV C...
Страница 59: ...57 8 4 FOUNDATION PLAN 125 150 HP 90 110 KW WATERCOOLED SINGLE STAGE 39925300 REV C...
Страница 60: ...58 8 5 FOUNDATION PLAN 200 HP 132 160 KW WATERCOOLED SINGLE STAGE CONTINUED 39926191 REV C...
Страница 61: ...59 8 5 FOUNDATION PLAN 200 HP 132 160 KW WATERCOOLED SINGLE STAGE 39926191 REV C...
Страница 62: ...60 8 6 FOUNDATION PLAN AIRCOOLED CONTINUED 100 150 HP 75 110 KW TWO STAGE 54622980 REV B...
Страница 63: ...61 54622980 REV B 8 6 FOUNDATION PLAN AIRCOOLED 100 150 HP 75 110 KW TWO STAGE...
Страница 64: ...62 8 7 FOUNDATION PLAN AIRCOOLED CONTINUED 200 HP 132 160 KW TWO STAGE 54623053 REV B...
Страница 65: ...63 54623053 REV B 8 7 FOUNDATION PLAN AIRCOOLED 200 HP 132 160 KW TWO STAGE...
Страница 66: ...64 8 8 FOUNDATION PLAN WATERCOOLED CONTINUED 100 150 HP 75 110 KW TWO STAGE 39925326 REV C...
Страница 67: ...65 8 8 FOUNDATION PLAN WATERCOOLED 100 150 HP 75 110 KW TWO STAGE 39925326 REV C...
Страница 68: ...66 8 9 FOUNDATION PLAN WATERCOOLED CONTINUED 200 HP 132 160 KW TWO STAGE 39926340 REV C...
Страница 69: ...67 8 9 FOUNDATION PLAN WATERCOOLED 200 HP 132 160 KW TWO STAGE 39926340 REV C...
Страница 70: ...68 8 10 FLOW SCHEMATIC AIRCOOLED SINGLE STAGE 54579081 REV A...
Страница 71: ...69...
Страница 72: ...70 8 11 FLOW SCHEMATIC WATERCOOLED 90 F 32 C SINGLE STAGE 54579503 REV A...
Страница 73: ...71...
Страница 74: ...72 8 12 FLOW SCHEMATIC WATERCOOLED 115 F 46 SINGLE STAGE 54579511 REV A...
Страница 75: ...73...
Страница 76: ...74 8 13 FLOW SCHEMATIC AIR COOLED TWO STAGE 54579644 REV A...
Страница 77: ...75...
Страница 78: ...76 8 14 FLOW SCHEMATIC WATERCOOLED 90 F 32 C TWO STAGE 54579693 REV A...
Страница 79: ...77...
Страница 80: ...78 8 15 FLOW SCHEMATIC WATERCOOLED 115 F 46 C TWO STAGE 54579727 REV A...
Страница 81: ...79...
Страница 82: ...80 8 16 TYPICAL SYSTEM FLOW DIAGRAMS TYPICAL SYSTEM FLOW DIAGRAM...
Страница 83: ...81 8 16 TYPICAL SYSTEM FLOW DIAGRAMS...
Страница 84: ...82 8 16 TYPICAL SYSTEM FLOW DIAGRAMS...
Страница 85: ...83 8 16 TYPICAL SYSTEM FLOW DIAGRAMS...
Страница 86: ...84 8 16 TYPICAL SYSTEM FLOW DIAGRAMS...
Страница 90: ...88 DATE RUN TIME WORK DONE QTY UNIT WORK HOURS MEASURE BY 10 0 MAINTENANCE RECORD...
Страница 91: ...89 DATE RUN TIME WORK DONE QTY UNIT WORK HOURS MEASURE BY MAINTENANCE RECORD...
Страница 92: ...90 DATE RUN TIME WORK DONE QTY UNIT WORK HOURS MEASURE BY MAINTENANCE RECORD...
Страница 93: ...91 DATE RUN TIME WORK DONE QTY UNIT WORK HOURS MEASURE BY MAINTENANCE RECORD...
