| NAME |
DESCRIPTION |
16EQR_M1
16EQR_M2
16EQR_M3 |
16 STAGE EQUAL RUNTIME SELECTOR W/ FAILURE LOGIC |
| 2POS_SWB |
2 POSITION BINARY REVERSE SWITCH BLOCK (OPPOSITE OF GPL
SWITCH BLOCK) |
| 3POS_SWB |
3 POSITION BINARY REVERSE SWITCH BLOCK. REVERSE OF GPL
MODE SELECT BLOCK. |
| 4DA |
4 INPUT DIGITAL TO ANALOG CONVERTER |
| 4EQRUN |
4 STAGE EQUAL RUNTIME SELECTOR W/ FAILURE LOGIC |
| 4SEL1 |
4 STAGE INPUT TO 4 OUTPUT BINARY SELECTOR. EACH STAGE IS
ASSIGNABLE TO AN OUTPUT. |
| 4SEL2 |
4 STAGE INPUT TO 4 OUTPUT BINARY SELECTOR. EACH OUTPUT IS
ASSIGNABLE TO A STAGE #. |
| 4STAGE |
4 STAGE INCREMENTAL SEQUENCER. STAGES ARE INCREMENTED/
DECREMENTED BY 2 BINARY INPUTS. IF A STAGE FAILS, THEN
THE NEXT STAGE IS STARTED. |
| 4SEQ |
4 STAGE INPUT TO 4 OUTPUT BINARY SEQUENCE SELECTOR.
OUTPUT STAGE ORDER IS DEFINED BY THE LEAD OUTPUT SELECTION. ONLY 4 FIXED SEQUENCE COMBINATIONS. |
| 5EQRUN |
5 STAGE EQUAL RUNTIME SELECTOR W/ FAILURE LOGIC |
| 6EQRUN |
6 STAGE EQUAL RUNTIME SELECTOR W/ FAILURE LOGIC |
| 8EQRUN |
8 STAGE EQUAL RUNTIME SELECTOR W/ FAILURE LOGIC |
| 5TWRXSTG |
5 TOWER EQUAL RUNTIME SELECTOR W/ X FAN STAGES PER TOWER.
TAKES A FAN STAGE INPUT AND SEQUENCES FAN STAGES 0-X. |
| 6TWRXSTG |
6 TOWER EQUAL RUNTIME SELECTOR W/ X FAN STAGES PER TOWER.
TAKES A FAN STAGE INPUT AND SEQUENCES FAN STAGES 0-X. |
| 6SEL2 |
6 STAGE INPUT TO 6 OUTPUT BINARY SELECTOR. EACH OUTPUT IS
ASSIGNABLE TO A STAGE #. |
| 8STAGE |
8 STAGE INCREMENTAL SEQUENCER FOR 4 TWO-SPEED TOWER FANS. LLLLHHHH STAGING. |
| ALTERN8 |
2 PUMP LEAD/LAG SELECTOR. STARTS LEAD PUMP, IF LEAD FAILS
THEN THE LAG IS STARTED. IF LAG FAILS, ALL OUTPUTS SHUT
OFF AND AN ALARM IS GENERATED. |
| AVGX |
6 AI AVERAGER. THIS WILL TAKE 6 AI INPUTS, THROW OUT ALL
UNRELIABLE ONES, THROW OUT ANY AI'S THAT ARE OUT OF
A DEFINED TOLERANCE RANGE, AND AVERAGE THE REMAINING.
IF ALL ARE UNRELIABLE, THEN A DEFAULT IS USED. |
| BINCOUNT |
UP TO 8 BINARY INPUT COUNTER. OUTPUTS A VALUE CORRESPONDING TO THE NUMBER OF BINARY INPUTS THAT ARE ON. |
| INCDEC |
INCREMENTAL STEPPER THAT TAKES TWO BINARY STEP INPUTS (STEP UP/STEP DOWN) AND INCREMENTS AN ANALOG STAGE NUMBER WITHIN DEFINED RANGES. USED IN CONJUNCTION WITH THE 5EQRUN BLOCK. |
| INTEGER |
CONVERT FLOAT VALUE TO INTEGER (TRUNCATE OR ROUND UP) |
| HEATINDX |
HEAT INDEX CALCULATION BASED ON OAT AND OAH |
| HILOAVG |
Hi, Low, and Average Calculation |
| LEADLAG |
LEAD/LAG CONTROL WILL FAILURE LOGIC. LEAD CMD AND LAG CMD INPUTS. |
| LSEQRT |
LEAD/STANDBY EQUAL RUNTIME SELECTION |
| MEMHILO |
MEMORY BLOCK THAT TRIGGERS OUTPUTS WHEN INPUT IS HIGHER OR LOWER THAN PREVIOUS INPUT |
| NC1OFFLN |
OUTPUTS A BINARY SIGNAL WHEN A NCM IS OFFLINE. |
| OAT4 |
4 INPUT VERSION OF AVGX.MAC. |
| OFFDLY |
BINARY OFF DELAY BLOCK. |
| ONOFFDLY |
BINARY ON AND OFF DELAY BLOCK. |
| PSEQ2 |
4 PUMP SEQUENCE SELECTOR AND ROTATOR. |
| ROTATE4 |
4 INPUT STAGE ORDER VALIDATION AND ROTATION. THIS IS USED
IN CONJUCTION WITH 4SEL2.MAC. |
| SEQGEN |
UP TO 5 DEVICE SEQUENCE GENERATOR. INPUT THE LEAD DEVICE # AND THE STAGE ORDER FOR EACH DEVICE IS GENERATED SEQUENTIALLY STARTING WITH 1 AT THE LEAD DEVICE. |
| SPINCDEC |
SETPOINT INCREMENT/DECREMENT |
| STDALM |
STANDARD ALARM DELAY BLOCK. ALARMS WHEN CMD <> INPUT OR MISMATCHED CMD AND INPUT. ALARM CAN BE LATCHED OR NOT. |
| SWINDOW |
SLIDING WINDOW KW CALCULATION |