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0901133 Rev: A (11/13) 

Page 5 of 20 

CUT RESISTOR 

TO USE COM A 

FOR PUMPS 

AND COM B 

FOR PUMPS 

R2 

1, 2 

3, 4, 5, 6 

R1 

1, 2, 3 

4, 5, 6 

R4 

1, 2, 3, 4, 5 

PRE-INSTALLATION 

Before the equipment is installed, you should survey the 
installation site thoroughly. At the very least, your survey 
should include the following: 

 

Check to make sure that all functions of the 
washmachine are operating properly. Including; card 
reader or timer, water solenoids, flush down valves, 
water level switch, machine motor, and drain valve. 

 

Check the proposed location for a 100 to 240 VAC 
power source. 

 

Check voltage of all supply signals that will be used 
from the washmachine. Measure voltage between 
supply signal and signal common with a voltmeter. 
DO NOT check signal voltage between supply signal 
and case (earth) ground. 

 

Measure the distance from chemical supply 
containers to pump housing, and from pump housing 
to injection point inside washmachine. 

INSTALLATION 

(1)  Disconnect all power to washer. 

(2)  Mount pump cabinet in a convenient location no 

higher than 8’ above, and within 10’ horizontally, of 
supply containers. This is usually near the washer, 
however dispenser can be mounted as a remote 
pumping system. 

(3)  Using the provided mounting bracket, mount the 

Remote Control

 to the front of the washer where 

operators can easily access it. Secure the bracket 
to washer using provided mounting screws or Dual-
Lock fastening strips (be sure to first clean the 
mounting surface as the adhesive will not stick to a 
dirty surface). Connect the low voltage cable from 
the remote to the pump cabinet. 

(4)  Connect 100 to 240 VAC power source to main 

power connection in pump cabinet. Use suitable 
conduit for electrical wiring (per applicable wiring 
codes). NOTE: Low voltage cables do not require 
conduit. 

(5)  Install and wire the 

Signal Interface Module

 (SIB) 

per notes to the right. 

(6)  For each pump, cut the suction tube to length and 

insert one end into the appropriate supply container 
using PVC pipe as a support. Insert other end of 
suction tube into the left (input) side of the pump’s 
squeeze tube. 

 

(7)  For each pump, cut the discharge tube to length 

and insert one end into the right (output) side of the 
pump’s squeeze tube. Form an anti-siphon loop 
(pointing ―down―) with the other end of discharge 
tube and insert  into the supply pocket of the 
machine. 

(8)  The system is now ready to be powered up and 

programmed. 

The Signal Interface Module (SIB): 

The SIB receives supply signals from the washer, then 
communicates with the dispenser to run the pumps. The 
low voltage cable allows a quick, clean connection from 
the module to the pump system without requiring 
conduit. 

(1)  Mount the module using the provided Dual Lock 

adhesive strip. The module can be mounted inside 
the washer’s controls, along side the washer’s 
controls, or to the bottom of the pump cabinet. 

(2)  Connect the low voltage cable from the module to 

the OP-Pro pump system. 

(3)  Connect the supply signals to the SIB per wire 

colors on the SIB label. If using Drain Mode, only 
one signal is required (pump #1). 

(4)  If you have one signal common (typical) connect 

the common to ―COM A‖ on the SIB. If you have 
two signal commons, you will need to remove a 
resistor inside the SIB before connecting the 
common wires! See the following details. 

Splitting signal commons: 

(1)  Remove the four screws from the bottom of the SIB 

to open the module. 

(2)  Locate the three resistors marked R1, R2, and R4, 

on the left side of the module (each resistor has a 
single black band). 

(3)  Cut and remove the resistor that will ―split‖ the 

commons between the desired pumps. Be sure to 
remove only one resistor. 
 
 
 
 
 
 
 
 

(4)  Close the module and replace the four screws 

when finished. 

Summary of Contents for Knight On-Premise Pro

Page 1: ...0901133 Rev A 11 13 Page 1 of 20 On Premise Pro Instruction Manual...

Page 2: ...C 2 0 A 50 60 Hz 6 Indoor use only 7 Temperature 5 C to 40 C 8 Mains supply voltage fluctuations are not to exceed 10 percent of the nominal supply voltage Electrical Ratings Chemical dispensing pumps...

Page 3: ...ump F on all formulas to set flush time 5 Press formula SELECT until desired formula number appears 6 Use to input the pump time or flush time or delay time in seconds 7 Press ENTER the display will f...

Page 4: ...ected by voltage spikes or power outages Optional Drain Mode and Relay Mode Optional Auto Formula Select Formula and level enable disable capability Flush mode can be used with all modes of operation...

Page 5: ...voltage cables do not require conduit 5 Install and wire the Signal Interface Module SIB per notes to the right 6 For each pump cut the suction tube to length and insert one end into the appropriate...

Page 6: ...r contact at the flow switch terminals see wiring diagram to verify proper flush If a flow switch is not used jumper JP1 should be in place A flush error happens when no contact is detected switch or...

Page 7: ...tinue where you left off Entering the access code Do not access the system while pumps are being signaled from the washer Use whichever of the following two procedures that applies If the system is ne...

Page 8: ...ump time LED is flashing If the delay time LED is flashing press MODE to choose pump time 4 Choose the desired pump and formula using their respective SELECT buttons 5 Position your container below th...

Page 9: ...y advance the numbers 6 Press ENTER and the display will flash briefly indicating that the delay time was accepted NOTE During delay time countdown will display indicating a countdown in one minute in...

Page 10: ...this is normal 4 After a few seconds the pump time LED will return indicating the pump number was accepted 5 If the pump time LED returns before the desired pump has been chosen repeat steps 2 3 To vi...

Page 11: ...ula A 3 Use to choose 000 disable or 001 enable on the 3 digit display then ENTER 4 The display will flash briefly indicating that the enable disable status was accepted Assigning drain numbers 1 Ente...

Page 12: ...A new dispenser from the factory will already have these pumps disabled Also when clearing the memory pumps 7 8 are disabled by default 1 Enter the access code if you do not already have access to th...

Page 13: ...ontrol This makes the remote control more user friendly to the operators and eliminates the chance of missed chemical injections due to inadvertently choosing an unused formula By default for a new di...

Page 14: ...turned off disabled 4 The display will flash briefly indicating that the auto formula select time was accepted NOTE If AFS is enabled the system is limited to 5 chemical pumps as pump 6 is dedicated...

Page 15: ...se pump motor wires Check for voltage from circuit board to motor Check for mechanical binding of moving parts Flush errors keep occurring Check to see if a flush manifold is used if so is it operatin...

Page 16: ...Page 16 of 20 0901133 Rev A 11 13 SYSTEM WIRING DIAGRAM...

Page 17: ...0901133 Rev A 11 13 Page 17 of 20 SYSTEM PARTS DIAGRAM...

Page 18: ...Page 18 of 20 0901133 Rev A 11 13 SYSTEM PARTS DIAGRAM...

Page 19: ...0901133 Rev A 11 13 Page 19 of 20...

Page 20: ...tory authorized inspection Bearings and pump seals or rubber and synthetic rubber parts such as O rings diaphragms squeeze tubing and gaskets are considered expendable and are not covered under warran...

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