Manual

New Era Pump Systems Inc. www.SyringePump.com Model NE-1000 Multi-Phaser™
Publication #1200-01 iii 08/01/14
7.5 C HANGING THE P UMPING R ATE AND D IRECTION W HILE P UMPING ........................ 13
7.6 V OLUME D ISPENSED ..................................................................................................... 13
7.7 R ESUMING W HEN P AUSED ........................................................................................... 14
7.8 P UMP S TALLED ............................................................................................................. 14
8. SETUP CONFIGURATION .............................................................................................. 14
8.1 P OWER F AILURE M ODE ............................................................................................... 15
8.2 L OW N OISE M ODE ........................................................................................................ 15
8.3 A UDIBLE A LARM E NABLE ............................................................................................ 15
8.4 TTL I/O O PERATIONAL T RIGGER D EFAULT C ONFIGURATION ................................ 15
8.5 TTL I/O D IRECTIONAL C ONTROL I NPUT C ONFIGURATION ..................................... 16
8.6 P UMP M OTOR O PERATING TTL O UTPUT C ONFIGURATION ..................................... 16
8.7 K EYPAD L OCKOUT ....................................................................................................... 16
8.8 K EYPAD AND N OTIFICATION B EEP E NABLE ............................................................... 17
8.9 RS-232 P UMP N ETWORK C ONFIGURATION ................................................................ 17
9. PUMPING PROGRAM ...................................................................................................... 17
9.1 H OW TO E NTER P UMPING P ROGRAMS ....................................................................... 18
9.1.1 P UMPING P ROGRAM P HASE N UMBER ..................................................................... 19
9.2 P UMPING P ROGRAM E DIT F UNCTIONS ....................................................................... 19
9.3 P ROGRAM F UNCTION D ESCRIPTIONS ......................................................................... 20
9.3.1 ‘ R A T E’: R ATE F UNCTION ....................................................................................... 20
9.3.2 ‘FILL’: F ILL F UNCTION .......................................................................................... 20
9.3.3 ‘I N C R ’: I NCREMENT R ATE F UNCTION .................................................................... 20
9.3.4 ‘DEC R ’: D ECREMENT R ATE F UNCTION ................................................................. 20
9.3.5 ‘S TO P’: S TOP P UMPING O PERATION AND E ND THE P ROGRAM .............................. 20
9.3.6 ‘JP: NN ’: J UMP TO P HASE ........................................................................................ 20
9.3.7 'P R :I N ': S UB -P ROGRAM S ELECTION I NPUT ............................................................. 20
9.3.8 'P R : NN ': S UB -P ROGRAM S TART L ABEL ................................................................... 21
9.3.9 ‘LP:ST’: D EFINE S TARTING P HASE OF L OOP ......................................................... 21
9.3.10 ‘LP:EN’: D EFINE C ONTINUOUS L OOP E ND ........................................................... 21
9.3.11 ‘LP: NN ’: D EFINE L OOP E ND AND L OOP R EPETITIONS ........................................... 21
9.3.12 'PS: NN ': P AUSE P UMPING ....................................................................................... 22
9.3.13 'IF: NN ': J UMP TO P HASE I F E XTERNAL T RIGGER .................................................... 22
9.3.14 'E T : NN ': S ETUP E VENT T RIGGER J UMP P HASE ....................................................... 22
9.3.15 'ES: NN ': S ETUP E VENT S QUARE W AVE T RIGGER J UMP P HASE .............................. 23
9.3.16 'E T : R S': E VENT R ESET ............................................................................................ 23
9.3.17 ‘CL R . D ’: C LEAR T OTAL V OLUME D ISPENSED ........................................................ 23
9.3.18 ‘ TR : AA ’: O VERRIDE O PERATIONAL T RIGGER C ONFIGURATION ............................. 23
9.3.19 'OU T . N ': S ET TTL O UTPUT P IN .............................................................................. 23
9.3.20 ' B EEP': B EEP .......................................................................................................... 23
9.4 P UMPING P ROGRAM E XAMPLES .................................................................................. 24
9.4.1 E XAMPLE 1: 2 S TEP R ATE ...................................................................................... 24
9.4.2 E XAMPLE 2: R EPEATED D ISPENSES WITH S UCK B ACK .......................................... 24
9.4.3 E XAMPLE 3: R AMPING THE F LOW R ATE ................................................................ 25
9.4.4 E XAMPLE 4: C OMPLEX D ISPENSES WITH E XTERNAL S YNCHRONIZATION ............ 26
9.4.5 E XAMPLE 5: C ONTROL FROM A H IGH -L OW P RESSURE S ENSOR ............................ 27
9.4.6 E XAMPLE 6: A UTOMATED D ISPENSING WITH S YNCHRONIZATION ........................ 28
9.4.7 E XAMPLE 7: S UB -P ROGRAMS ................................................................................ 29
9.4.8 E XAMPLE 8: D ISPENSING WITH C OMPLEX S YNCHRONIZATION ............................. 30
9.4.9 E XAMPLE 9: A UTOMATIC R EFILL .......................................................................... 31
10. RS-232 COMMUNICATIONS ....................................................................................... 31
10.1 C ONNECTION AND N ETWORKING ............................................................................ 31