Blue-White CD3 Multi Diaphragm Metering Pump Instruction Manual

CHEM-FEED®
Multi-Diaphragm Metering Pump

Series CD3
Operating Manual

CD3 Multi Diaphragm Metering Pump

READ THE INSTRUCTION MANUAL PRIOR TO INSTALLATION AND USE.

****+1 (714) 893 – 8529
sales@blue-white.com
customerservice@blue-white.com
5300 Business Drive
Huntington Beach, CA 92649

Introduction

Congratulations on purchasing the CD3 variable speed Hybrid Metering Pump.
Please Note: Your new pump has been pressure tested at the factory with clean water before shipping.
This is part of our stringent quality assurance program at Blue-White Industries.

1.2 Specifications

Maximum working pressure*:*
145 psig (10 bar), See pump curve for details. Section 8.0
Maximum Fluid temperature:
185 °F (85 °C)
Maximum fluid viscosity:
1,000 Centipoise
Maximum suction lift:
23 ft. Water, 0 psig (7 m, 0 bar)
Ambient Operating Temperature
14 °F to 115 °F (-10 °C to 46 °C)
Ambient Storage Temperature
-40 °F to 158 °F (-40 °C to 70 °C)
Operating Voltage:
96 to 264VAC-50/60Hz, 220 Watts
Power Cord Options:
115V60Hz = NEMA 5/15 (USA)
230V60Hz = NEMA 6/15 (USA)
220V50Hz = CEE 7/VII (EU)
240V50Hz = AS 3112 (Australia/New Zealand)| Motor:
Brushless DC, 1/4 H.P.
Duty cycle:
Continuous
Motor speed adjustment range 1,000:1:
0.1% – 100% motor speed
Motor speed adjustment resolution:
0.1% increments > 10% motor speed
0.01% increments > 1% motor speed and < 10% motor speed
0.001% increments < 1% motor speed
Accuracy:
+/- 2% of full scale
Repeatability +/- 0.5%
Display
3 color VGA backlit LCD, UV resistant.
Keypad
Eleven button positive action tactile switch keypad.
Enclosure:
NEMA 4X (IP66), Powder coated aluminum.
Maximum overall dimensions:
Approximate shipping wt:
53 lb (24.04 kg)
---|---
Wetted components:
Pump Head Assembly:
Pump Head: .. …… …… ………… ……PVDF
Manifold: . …… …… …… ………… ……PVDF
Adapter Connections: ……….. ……PVDF
Valve Cartridges: …… ………… ……PVDF
Valve Balls: … …… …… ………… ……Ceramic
Elastomers:… …… …… ………… ……TFE/P
Tetrafluoroethylene/propylene
Static Seals: .. …… …… ………… ……TFE/P (optional EP)
Diaphragm: … …… …… ………… ……PVDF (optional Flex-A-Prene®)
Foot Valve / Strainer:
Body & Adapter:. …… ………… ……PVDF
Check Ball:… …… …… ………… ……Ceramic
Spring: … …… …… …… ………… ……Hastelloy C-276
O-ring seals: …… …… ………… ……TFE/P (optional EP)
Filter screen: …… …… ………… ……PVDF| Non-Wetted components:
Enclosure:
413 Aluminum (Polyester powder coated)
Drive Enclosure:
Valox® (PBT) thermoplastic
Enclosure Cover:
Polycarbonate for added strength and chemical resistance.
Pump Head Cover:
316 SS
Cover Screws:
300 Series Stainless Steel
DFD System Sensor pins:
Hastelloy C-276
Power Cord:
3 conductor, SJTW-A Water-resistant
Mounting Brackets and Hardware:**
316 Series Stainless Steel

1.4 Features
Motor driven diaphragm pump offers smooth and quiet chemical dosing. No hard pulses as seen with solenoid driven pumps.
1,000:1 turndown ratio.
Full stroke every time avoids vapor lock.
Brushless DC motor.
Rated for continuous duty (24/7).
Exclusive DIAFLEX® Diaphragm guaranteed to last the life of the pump.
PVDF / Ceramic pump head components.
Diaphragm Failure Detection (DFD) system. Senses diaphragm failure by detecting chemical in pump head.
VGA Graphic multi-color backlit LCD displays remote/local control status, motor speed, output rate, input signal values, service and alarm status in three easy to see colors.
Outputs include: Scalable 4-20mA or pulse, one 250V/6A relay and three 115V/1A contact closures assignable to monitor various pump functions including DFD, FVS, revolution counter, remote/local, input signals, output signals, motor on, motor fault,  operating mode setting, and others.
CNC precision machined cam and piston for optimum efficiency, unparalleled accuracy, and linearity.
Heavy duty PVDF pump head and valves are standard.
Compatible with Blue-White’s output Flow Verification Sensor (FVS) system.
Includes stainless steel extended mounting brackets. Lifts pump 4-1/2” (11.43 cm), for easy access in hard to reach

Enclosure Rating:
NEMA 4X : Constructed for either indoor or outdoor use to provide a degree of protection to personnel against incidental contact with enclosed equipment; to provide a degree of protection against falling dirt, rain, sleet, snow, windblown dust, splashing water,  and hose-directed water; and that will be undamaged by external formation of ice on enclosure.
IP66 : No ingress of dust; complete protection against contact. Water projected in powerful jets against enclosure from any direction shall have no harmful effects.

1.5 Agency Listings
This pump is ETL listed to conform to the following:
UL Standard 778 as a motor operated water pump
CSA Standard C22.2 as process control equipment

**** This pump complies to the Machinery Directive 2006/42/EC, BS, EN 60204-1, Low Voltage Directive 2014/35/EU BS EN 61010-1, EMC Directive 2014/30/EU, BS EN 50081-1/BS EN 50082-1.

Installation

CAUTION
Always wear protective clothing, face shield, safety glasses and gloves when working on or near your metering pump. Additional precautions should be taken depending on solution being pumped. Refer to MSDS precautions from your solution supplier.

CAUTION
All diagrams are strictly for guideline purposes only. Always consult an expert before installing metering pump on specialized systems. Metering pump should be serviced by qualified persons only.

2.1 Mounting Location
Choose an area located near chemical supply tank, chemical injection point, and electrical supply. Install pump where it can be easily serviced.
316SS Mounting brackets are included. Mount pump to a secure surface using enclosed mounting hardware.
Mount pump close to injection point. Keep inlet (suction) and outlet (discharge) plumbing as short as possible.
Longer discharge plumbing increases back pressure at pump head.
Install a back flow prevention check valve at discharge side of pump to prevent system fluid from flowing back through pump during pump maintenance.
A pressure relief valve is recommended at discharge of pump.
Bolt pump to a stable surface.

2.2 Dimensions

Extended Brackets

Stainless Steel extended brackets allow the pump to be securely mounted to most any surface; floor, shelf, or skid.

• Made out of tough Stainless Steel.
• Provides a stable mounting surface.

2.3 Input Power Connections

WARNING
Risk of electric shock – cord connected models are supplied with a grounding conductor and grounding-type attachment plug. To reduce risk of electric shock, be certain that it is connected only to a properly grounded, grounding-type receptacle.

WARNING
Electrical connections and grounding (earthing) must conform to local wiring codes.
Be certain that a grounding conductor is connected to terminal T11-1 located in the wiring compartment.

WARNING
Risk of electric shock – Disconnect electricity before removing the wiring compartment cover.

• Be certain to connect pump to proper supply voltage. Using incorrect voltage will damage pump and may result in injury. Voltage requirement is printed on pump serial label.
• Input power range is 100VAC to 240VAC 50/60 Hz.
• Voltage Selection is automatically detected and adjusted by power supply. No mechanical switch necessary.
• Use voltage your power cord is rated for.
• Cord connected models are supplied with a ground wire conductor and a grounding type attachment plug (power cord). To reduce risk of electric shock, be certain that power cord is connected only to a properly grounded, grounding type receptacle.
• Permanently connected models must be properly grounded. Be certain that a grounding conductor is connected to terminal T11-1 located in the wiring compartment.
• Wiring compartment access requires removing 4 screws. A 5/32” (.156”) allen wrench is required (included).
• Be sure all wiring compartment cable glands and hole plugs are properly installed and sealed.
• Never strap control (input / output) cables and power cables together.
• Power Interruption: This pump has a user programmable auto-restart feature which will either restore the pump to the operating state it was in when power was lost or require a user action to restart.

Note: When in doubt regarding your electrical installation, contact a licensed electrician.

QTY. DESCRIPTION
2 .50 INCH (12.7 mm) LIQ-TIGHT HOLE PLUGS (MAT’L = NEOPRENE), PRE-INSTALLED
3 .875 INCH (22.2 mm) LIQ-TIGHT HOLE PLUGS (MAT’L = NEOPRENE), 2 PRE-INSTALLED
2 . 50 INCH (12.7 mm) LIQ-TIGHT CONNECTORS FOR PASS THRU CORDS (MAT’L = NYLON)
ACCEPTABLE CABLE DIAMETER .118 TO .255 INCH (3.0 TO 6.5 MM), NOT INSTALLED
3 .  875 INCH (22.2 mm) METALLIC LIQ-TIGHT CONNECTORS FOR PASS THRU CORDS (MAT’L = NYLON)
ACCEPTABLE CABLE DIAMETER .200 TO .395 INCH (5.1 TO =10.0 MM), 1 PRE-INSTALLED WITH POWER CORD MODELS
2 . METALLIC LIQ-TIGHT CONNECTORS FOR .50 INCH FLEXIBLE CONDUIT (MAT’L = DIE CAST ZINC), NOT INSTALLED

2.4 Wiring Terminals and I/O Schematics

WARNING
Risk of electric shock – All wiring must be insulated and rated 300V minimum.

Shielded cables should be used on all input signal wires.

How To Operate CD3

CD3 Control Panel – Button Operation

3.1 Menu Navigation

3.2 Configuration Menu
Below is the menu structure for the Configuration screens.

3.2.1 Language Selection

Press MENU button to enter the menu structure.
Select Configuration and Press ENTER button.
Select Display Language and Press ENTER button.
Select your desired language, then Press ENTER.
Note: English is the default language.
Select Done at bottom of list to confirm your selection. Press ENTER button.
Select < -Esc on the main menu screen to exit the menu structure and enter the run mode.

3.2.2 Display Rate (Units of Measure)
By default, the pump will display %Speed (motor speed) and RPM. It is recommended you select an additional Display Rate. After selecting another Display Rate (such as ML/Min), the pump display may be toggled through %Speed, RPM and your selected  Display Rate by pressing the right arrow button. Press MENU button to enter the menu structure.
Select Configuration and Press ENTER button.
Select Display Rate and Press ENTER button.
Select your desired Display Rate (unit of measure). Note: %Speed and RPM
will always be active and available to view while pump is in operation.
Select Done at the bottom of the list to confirm your selection and to return back to the previous screen. Press ENTER button.
Select < -Esc on the main menu screen to exit the menu structure and enter the run mode.

3.2.3 Reset Factory Defaults

This will reset pump to the factory defaults. This will restore the pump to the original configuration when it left the factory.
Press MENU button to enter menu structure.
Select Configuration and Press ENTER button.
Select Reset to Factory Defaults and Press ENTER button.
Select No or Yes, then ENTER button.
Select <-Esc on the main menu screen to exit the menu structure and enter the run mode.

Input Setup

Below is the menu structure for the INPUT SETUP selection.

Max RPM cut-off – 4.1
To Select a maximum motor RPM.
Input the maximum RPM value.
Max Flowrate – 4.2
To calibrate your pump. This setting is pre-configured at the factory. Pump has been calibrated with water. You can recalibrate pump. Input the calibrated MLl/min at 100% motor speed.
Input Modes – 4.3
To configure your pump’s Run Modes.
Use this menu to setup your desired operating mode. This manual will cover each step in detail later.
Contact Input – 4.4
(remote start/stop)
Contact Closure Input feature is used to Start and Stop pump remotely. Default setting is DISABLE.
Set FVS – 4.5
(Flow Verification System)
Set Flow Verification time delay. Use this feature if you are using a Blue- White flow verification sensor to monitor flow output. Default setting is OFF.
Set DFD – 4.6
(Diaphragm Failure Detection)
Set Diaphragm Failure Detection sensitivity. Use this feature to increase the sensitivity to your chemical. Default setting is 75%.
Set Remote/Local control – 4.7
(Control panel touch pad lockout)
Select remote to disable the touch pad buttons enabling input signal control only. When remote is selected, the user must select an input operating mode.
Select Local to disable all input signals and allow local touch pad control only.
Set Revolution Alarm – 4.8
(number of cam revolutions)
Set the number of revolutions required to trigger the display alarm (display turns red) and to trigger the output contact closure.

4.1 Max RPM cut-off
The maximum motor RPM can be limited to reduce the possibility of overfeeding chemical into the system. Note that the pump’s display will still reference values calculated from the 100% motor speed MAX Flowrate value (see section 4.2). Also, the pump %  motor speed will still be referenced from 190 RPM, the maximum possible motor RPM. For example, if the pump speed is set for 25%, the display will indicate 47.5 RPM. The prime mode RPM is limited to the Max RPM value.

Select Max RPM cut-off and Press ENTER button. Use the direction arrows to enter the password 7890.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to next digit to right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save changes.
Select <-Esc on the main menu screen to exit the menu and enter the run mode.

4.2 MAX Flowrate (output calibration)
The MAX Flowrate value is equal to the pump’s measured fluid output in milliliters per minute, at the 100% motor speed adjustment setting. The pump uses the MAX flow rate value to calculate motor speed for various operating functions and to display output  values.

The MAX flow rate value can be adjusted at any time. To achieve high accuracy, a field calibration under the actual operating conditions should be performed and the Max Flowrate value changed to reflect the calibrated amount. Multiply the Max Flowrate value  by the percentage of error at your calibrated flow rate to obtain the new Max Flowrate value. Select Max Flowrate and Press ENTER button.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to next digit to right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save changes.
Select <-Esc on the main menu screen to exit the menu structure and enter the run mode.

NOTE: Your actual output may vary due to fluid viscosity, fluid temperature, suction lift height, piping system layout, manufacturing tolerances and to a lesser degree, and variations in system pressure.
To achieve high accuracy, the pump’s output should be measured (calibrated), and the MAX Flowrate value (in milliliters per minute) updated, whenever any of the following conditions exist:

To achieve high accuracy, the pump’s output should be measured (calibrated), and the MAX Flowrate value (in milliliters per minute) updated, whenever any of the following conditions exist:

• At the initial pump start up.
• When the piping system configuration is changed.
• When the suction lift height is changed.

4.3 Input Setup (operating mode configuration)

Tip!
MODE button also serves as a shortcut button.
Press and Hold MODE button to enter the programming menu for the current Run Mode. After programming the Run Mode, press ENTER to save changes. Press and Hold MODE button to exit the program menu back to the current Run Mode of the pump.
Press START button to start the pump with the new settings applied.

4.3.1 Manual Adjust (manual speed adjust)
Used to manually control the speed of pump. Set % (percent) Motor Speed in this menu.

Press SELECT RUN MODE button until Manual Speed Adjust is displayed in the top line of the display.
To configure the pump output speed, navigate to Manual Speed Adjust menu by using the short-cut method described above, or by pressing MENU button, then selecting Input Setup, Input Modes, and then Manual Adjust.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to next digit to right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save changes.
If you used the short-cut to enter Manual Speed Adjust setup, press and hold the Select Run Mode button until the Run Mode screen is displayed.
If you used the Menu button to navigate to the Manual Speed Adjust setup, you must navigate back out of the menu structure. To do this you must select <-Esc at the bottom of every screen menu until you see the Run Mode screen displayed.
Tip! The Manual Speed Adjust mode can be combined with Contact Input feature to allow for remote Start and Stop of pump. Can be used with PLC, foot pedal, push button, or other external controls.

4.3.2 4 – 20 mA Input
Used to remotely control the pump with an incoming 4-20 mA signal.
Default settings:
4 mA = 0% motor speed
20 mA = 100% motor speed
Press MODE button until 4 – 20 mA Input is displayed in the top line of the display.
To configure the pump, navigate to 4 – 20 mA Input menu by using the short-cut method described at the beginning of section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then 4 – 20 mA Input
Four points on the slope must be defined; 1) a low mA value, 2) an output rate at the low mA value, 3) a high mA value, and 4) an output rate at the high mA value.
To input mA values, press the RIGHT ARROW to select the digit to change, press UP or DOWN arrow to scroll through 0 – 9 on selected digit. Press enter to save changes and move to the next input screen.
To input flow rate values, press the RIGHT ARROW to select the user defined flow rate unit of measure, motor RPM, or %Speed values. Press UP or DOWN arrow to increase or decrease the value. Press and hold the arrow to increase or decrease progressively faster. Press enter to save changes and move to the next input screen.

Continue this process until all four screens have been configured.
If you used short-cut to enter 4-20 mA input setup, press and hold the Mode button until the Run Mode screen is displayed.
If you used Menu button to navigate to 4-20 mA input setup, you must navigate back out of menu structure. To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.
Note: The pump is designed to fail safe. If the input signal drops below 3.0 mA, the pump assumes a lost signal and the motor speed is set to 0 RPM.

4.3.3 0 – 10 VDC Input (Volt DC)
Used to remotely control the pump with an incoming 0-10 VDC signal.
Default settings:
0 VDC = 0% motor speed
10 VDC = 100% motor speed
Press MODE button until 0 – 10 VDC Input is displayed in the top line of the display.
To configure the pump, navigate to 0 – 10 VDC Input menu by using the shortcut method described at the beginning of the section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then 0 – 10 VDC Input.
Four points on the slope must be defined; 1) a low VDC value, 2) an output rate at the low VDC value, 3) a high VDC value, and 4) an output rate at the high VDC value.
To input VDC values, press the RIGHT ARROW to select the digit to change, press UP or DOWN arrow to scroll through 0 – 9 on selected digit. Press enter to save changes and move to the next input screen.

To input flow rate values, press the RIGHT ARROW to select the user defined flow rate unit of measure, motor RPM, or %Speed values. Press UP or DOWN arrow to increase or decrease the value. Press and hold the arrow to increase or decrease progressively faster. Press enter to save changes and move to the next input screen.
Continue this process until all four screens have been configured.

If you used the short-cut to enter 0 – 10 VDC Input setup, press and hold Mode button until Run Mode screen is displayed.
If you used the Menu button to navigate to 0 – 10 VDC Input setup, you must navigate back out of menu structure.
To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

4.3.4 Frequency Input (Hz)
Used to remotely control the pump with an incoming high speed frequency signal. Typically used with flow meters or other external devices.
Default settings: 0 Frequency (Hz) = 0% motor speed 1000 Frequency (Hz) = 100% motor speed Press MODE button until Frequency Input is displayed in the top line of the display.
To configure the pump, navigate to Frequency Input menu by using the shortcut method described at the beginning of section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then Frequency Input.
Four points on the slope must be defined; 1) a low Hz value, 2) an output rate at the low Hz value, 3) a high Hz value, and 4) an output rate at the high Hz value.
To input Hz values, press the RIGHT ARROW to select the digit to change, press UP or DOWN arrow to scroll through 0 – 9 on selected digit. Press enter to save changes and move to the next input screen.
To input flow rate values, press the RIGHT ARROW to select the user defined flow rate unit of measure, motor RPM, or %Speed values. Press UP or DOWN arrow to increase or decrease the value. Press and hold the arrow to increase or decrease progressively faster. Press enter to save changes and move to the next input screen.

Continue this process until all four screens have been configured.
If you used the short-cut to enter Frequency Input setup, press and hold Mode button until Run Mode screen is displayed.
If you used the Menu button to navigate to Frequency Input setup, you must navigate back out of menu structure.
To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

Examples:

4.3.5 Pulse Batch (low speed pulse)
Used to remotely control the pump with an incoming pulse signal. Can be used with an external foot pedal, a water meter, a PLC, contact closure, or other low speed pulse devices.
Default settings: 1 Pulse = 100% motor speed for 2.5 seconds Press MODE button until Pulse Batch is displayed in the top line of the display.
To configure the pump, navigate to Pulse Batch menu by using the short-cut method described at beginning of section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then Pulse Batch.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to the next digit to the right. If you pass your desired digit, you can easily scroll back by continuously pressing the RIGHT button.
Press ENTER to save the changes.
Continue this process until all three screens have been configured.
If you used the short-cut to enter Pulse Batch setup, then just press and hold Mode button until the Run Mode screen is displayed.
If you used the Menu button to navigate to Pulse Batch setup, you must navigate back out of menu structure. To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

4.3.6 Manual Cycle Adjust (repeating cycle timer)
Used to operate the pump at a pre-selected motor speed for a specified run time. This cycle will repeat itself using a repeating cycle timer.
Default settings: 50% motor speed for 2.5 seconds
Repeating cycle timer = 5.5 seconds
Press MODE button until Manual Cycle Adjust is displayed in the top line of the display.

To configure the pump, navigate to Manual Cycle Adjustment menu by using the short-cut method described at the beginning of the section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then Cycle Adjustment.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to next digit to the right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save the changes.
Continue this process until all three screens have been configured.
If you used the short-cut to enter Manual Cycle Adjustment setup, press and hold Mode button until Run Mode screen is displayed.
If you used the Menu button to navigate to Cycle Adjustment setup, you must navigate back out of menu structure. To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

Graphical representation of Manual Cycle Adjust injection characteristics.
Note: Your chemical or solution is mixed in fluid. This image is only illustrating feed characteristics.

4.3.7 Dispensing
Configure any dispensing amount or sample size and the pump will repeat it on command by pressing the START button. Great for accurate single shot dispensing of a pre-configured volume.
Default settings:
10 milliliters
100% pump speed
Press MODE button until Dispensing is displayed in the top line of the display.
To configure the pump, navigate to Dispensing menu by using the short-cut method described at beginning of the section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then Dispensing.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to next digit to the right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save the changes.
Continue this process until two screens have been configured.
If you used the short-cut to enter Dispensing setup, press and hold Mode button until Run Mode screen is displayed.
If you used the Menu button to navigate to Dispensing setup, you must navigate back out of menu structure. To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

4.3.8 Manual Dosing
Used to configure Parts Per Million dosing to a system. This method can be used if treated fluid volume is a fixed amount (in Liters Per Minute). If treated fluid volume is variable (continuous change), then the use of a flow meter is recommended along with the Proportional Mode (next Run Mode).
Default settings: 12.5% dose solution concentration
1.25 dose solution Specific Gravity
10 LPM (liters per minute) fluid volume to be treated
1.0 Parts Per Million to dose

Press MODE button until Manual Dosing is displayed in the top line of the display.
To configure the pump, navigate to Manual Dosing menu by using the short-cut method described at the beginning of the section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then Manual Dosing.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to next digit to the right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save the changes.
Continue this process until all four screens have been configured.
If you used the short-cut to enter Manual Dosing setup, press and hold Mode button until Run Mode screen is displayed.
If you used the Menu button to navigate to Manual Dosing setup, you must navigate back out of menu structure. To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

4.3.9 Proportional Dosing
Used to configure proportional Parts Per Million dosing to a system. This method of proportional dosing is based off an input signal the pump is receiving from an external flow meter. The flow meter must have a high speed pulse output >10Hz.
You will need to refer to flow meter instruction manual to obtain the K-factor for the flow meter.
Default settings: 12.5% dose solution concentration
1.25 dose solution Specific Gravity
5.0 K-factor (Pulses Per Liter), see flow meter instruction manual
1.0 Parts Per Million to dose

Press MODE button until Proportional Dosing is displayed in the top line of the display.
To configure the pump, navigate to Proportional Dosing menu by using the short-cut method described at the beginning of the section, or by pressing MENU button, then selecting Input Setup, Input Modes, and then Proportional.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to next digit to the right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save the changes.
Continue this process until all four screens have been configured.
If you used the short-cut to enter Proportional Dosing setup, press and hold Mode button until Run Mode screen is displayed.
If you used the Menu button to navigate to Proportional Dosing setup, you must navigate back out of menu structure. To do this you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

4. 4 Contact Closure Input (Remote Start/Stop)
Used to remotely start and stop the pump using a close=stop or open=stop signal. If the pump must start when the loop is open, then select “Close: Stop Pump” option. Can be used with an external foot pedal, a PLC, contact closure, or other similar external devices.
Default settings: Disable
CC Input Range: 6 – 30 VDC
or
Dry Contact Closure (no voltage required)
[See section 5.1 for wire connections]

Navigate to Contact Input menu by MENU button, then selecting Input Setup, and then Contact Input.
Press UP or DOWN arrow to scroll through your options.
Press ENTER to make a selection. You should then notice the radio button (square box) is now filled in next to your selection.
Press DOWN arrow to scroll down to Done selection. Then press ENTER.
To prevent false triggering due to flickering (high speed) electrical switches, a trigger delay time can be configured to delay the pump command. The delay time unit of measure is seconds. A two second delay time is recommended.
To navigate back out of menus, select <-Esc and press the ENTER button at the bottom of every screen menu until you see the Run Mode screen displayed.
IMPORTANT: To begin operation, press the START button to place pump in STANDBY. The display background will turn blue indicating the pump has been stopped remotely. When the pump is started by the remote contact, the display background will turn green.
IMPORTANT: If the Contact Closure Input is enabled, the pump will display STANDBY if the pump has been stopped by the Remote Contact Closure.
Please use caution in this mode as the pump may Start at anytime. If you must perform maintenance to the pump, Press STOP button.
When Contact Closure Input is enabled, the word Remote will always be displayed on the lower left side of the display screen.

4.5 Set FVS (Flow Verification System)
Used to monitor the pump fluid output. If the pump does not dispense fluid when pump head rotor is turning, the pump will go into an alarm mode and stop. Blue-White offers a flow verification sensor that easily attaches to the outlet fitting of the pump.
Default settings: 000 (off)
Navigate to Set FVS menu by pressing MENU button, then selecting Input Setup, and then Set FVS.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to the next digit to right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save the changes and exit FVS screen.
To navigate back out of menus, select <-Esc and press ENTER button at the bottom of every screen menu until you see the Run Mode screen displayed.
Flow Verification Sensor is designed to give you two installation options.
Sensor can be installed:

• Directly onto pump head of CD3 pump, discharge side.
• Anywhere on discharge side of CD3 pump.

Wiring for sensor can be connected directly to a CD3 pump. Pump will stop pumping if sensor detects no flow. A relay will then close allowing for remote alarm indication or initiation of a back-up pump. Install FVS Flow Sensor –
Flow Verification Sensor should be installed on discharge side of pump.
Confirm FVS flow range – Flow Verification Sensor (FVS) will only function within its operating range. See chart for available ranges.
NOTE: If pump output is less than 30 ml/min, sensor will not detect chemical and a signal will not be sent to pump, resulting in an alarm condition.
NOTE: For low viscosity (water-like) fluids only. Consult factory if attempting to use with viscous fluids.

SENSOR MODEL NUMBER| PUBLISHED FLOW RANGE (ml/min)| ACTUAL WORKING RANGE WITH MD-3 PUMP (ml/min)
---|---|---
FV-100| 30-300| 30-200
FV-200| 100-1000| 50-900
FV-300| 200-2000| 100-1800
FV-400| 300-3000| 300-3000
FV-500| 500-5000| 500-5000
FV-600| 700-7000| 700-7000

4.6 DFD (Diaphragm Failure Detection)
The CD3 is equipped with a Diaphragm Failure Detection System which is designed to stop pump and provide an output alarm in event diaphragm should rupture and chemical enters pump head. At the default adjustment setting of 75%, the pump will detect a chemical with a conductivity reading greater than 500 micro siemens. The system sensitivity can be increased to 100%, reducing the conductivity to 430 micro siemens. Chemicals with conductivity of less than 430 micro siemens will not be detected.
This system is capable of detecting presence of a large number of chemicals including Sodium Hypochlorite (Chlorine), Hydrochloric (muriatic) Acid, Sodium Hydroxide, and many others. System will not be triggered by water (rain, condensation, etc.) or lubricants.
If system has detected chemical, pump diaphragm must be replaced and pump head must be thoroughly cleaned. Failure to clean pump head will void warranty.
If DFD alarm occurs, pump will stop, close an alarm output, and screen will flash DFD with an alarm icon.

4.7 Remote/Local Control
The CD3 can be configured for Remote control only, Local control only, or either (disabled).
When set for Remote control only, all touch pad buttons except the menu button are disabled. To completely lock out the menu, configure a password (see page 12, section 8). If REMOTE ONLY is selected, the user is prompted to select an input operating mode which must then be used when operating the pump.
When set for local control only, all input signals including the remote start/stop are disabled. Note that the “contact closure input” menu setting (section 4.4) is switched to “disabled” while LOCAL ONLY is selected. This menu setting will return to the previous setting when REMOTE ONLY or DISABLED is selected.

4.8 Set Revolution Alarm
The CD3 includes a revolution counter. A revolution alarm set point can be input which will alert the operator when a programmable number of revolutions has been reached.
When the set point is reached, the pump display will turn red and the words “REV ALARM” will be displayed. The pump will not stop.
An alarm output can be configured to close when the revolution set point is reached.

5.0 Output Setup (alarm relays)
Below is the menu structure for the Output Setup selection. The layout of the Output Setup menu is similar to the Input Setup menu. Outputs were designed to directly communicate to SCADA systems, alarms, data loggers, backup pumps, pumps to operate in sync, pumps to operate proportionally, and other external devices.
To prevent false alarms due to pump start-up and closed loop applications, a trigger delay time can be configured to delay the relay switch action.
The delay time unit of measure is seconds.

Output Setup (alarm relays)

Description of Relay and Contact Closure Output triggers
Selection: Contact energizes when:
Pump Run/Stop ……..Motor turning.
Monitor Input …. ……..Incoming analog or digital signal is not received or out of range.
Monitor Output.. ……..Outgoing analog or digital signal not transmitted or out of range.
Monitor Run/Fail……..Motor fails to respond to commands.
Both DFD/FVS.. ……..Either DFD or FVS system triggers.
FVS …….. …….. ……..After the programmed delay time, pulses are not received from flow sensor.
DFD …….. …….. ……..Diaphragm failure is detected by sensors.
Active Mode…… ……..Use to monitor any changes to the active (run) mode selection.*
Remote Active .. ……..Energized when Remote only is active.
Revolution Alarm…….Revolution count set-point has been achieved.
General Error…. ……..A motor overload or other internal error has occurred (includes DFD/FVS).
Disable….. …….. ……..Output contact is disabled.

5.1 Signal Output
Sends a configurable 4 – 20 mA or frequency (Hz) signal to another pump or external device. This feature can be used to control other pumps (in sync / proportionally), data logging systems, and other external devices for plant automation.
Default settings: Disable
Navigate to Signal Output menu by pressing MENU button, then selecting Output Setup, and then Signal Output.
Select your desired Signal output using UP or DOWN arrows.
Press ENTER to configure the output signal.
Press UP or DOWN arrow to scroll through 0 – 9 on selected digit.
Press RIGHT arrow to scroll over to the next digit to the right. If you pass your desired digit, you can easily scroll back by continuously pressing RIGHT button.
Press ENTER to save the changes.
Continue this process until all four screens have been configured.
To navigate back out of the menu structure you must select <-Esc at bottom of every screen menu until you see Run Mode screen displayed.

Pump Maintenance

CAUTION
Prior to service, pump clean water through pump and suction / discharge line to remove chemical.
CAUTION
Always wear protective clothing, face shield, safety glasses and gloves when working on or near your metering pump. Additional precautions should be taken depending on solution being pumped. Refer to MSDS precautions from your solution supplier.
6.1 Routine Inspection and Maintenance
Pump requires very little maintenance. However, pump and all accessories should be checked weekly. This is especially important when pumping chemicals. Inspect all components for signs of leaking, swelling, cracking, discoloration or corrosion. Replace worn or damaged components immediately.
Cracking, crazing, discoloration during first week of operation are signs of severe chemical attack. If this occurs, immediately remove chemical from pump. Determine which parts are being attacked and replace them with parts that have been manufactured using more suitable materials. Manufacturer does not assume responsibility for damage to pump that has been caused by chemical attack.
6.2 Cleaning Pump
Pump will require occasional cleaning, especially Injection fitting, Foot valve / Strainer, and pump head valves.
Frequency will depend on type and severity of service.

• Inspect and replace pump head valves as required.
• Periodically clean injection / check valve assembly, especially when injecting fluids that calcify such as sodium hypochlorite. These lime deposits and other build ups can clog fitting, increase back pressure and interfere with check valve operation.
• Periodically clean suction strainer.
• Periodically inspect pump housing (enclosure) for chemical attack. Protect pump housing from continuous exposure to chemicals, such as drips or fumes from surrounding equipment and plumbing.

6.3 Replacing the Pump Diaphragm

• When changing the diaphragm, the pump head chamber and pump head cover should be wiped free of any dirt and debris. The pump stroke must be FORWARD when installing the diaphragm, and BACK when installing and tightening the pump head.
• When replacing the pump diaphragm, note the order of parts per the illustration below:
• Tighten pump head bolts in star-shaped pattern, so as to not overtighten one side. Tighten bolts to 38 in-lbs.
  (Note: Check bolts and torque after 1-2 hours, as material may soften after initial break-in period.)

Exploded view and parts list

2
70001-505| MANIFOLD WITH FLANGE AND UNION NUT. PLUG WITH 0-RING (EP)
6| 90002-350| DRIVE HEAD INSERT| 2
7| 72000-583
72000-801| KIT DIAPHRAGM PVDF MD-3
KIT DIAPHRAGM FLEX-A-PRENE® MD-3| 2
8| 70001-500| CARTRIDGE VALVE KIT (TFE/P)| 4
70001-501| CARTRIDGE VALVE KIT (EP)
9| 90002-272| PUMP HEAD| 2
10| 70004-541| PUMP HEAD FACE PLATE| 2
11| 90011-094| WASHER #10| 18
12| 90011-083| SCREW 8-32 X .37 RD PH SS| 4
13| 90003-141| 0-RING 2-018 (TFE/P)| 4
90003-810| 0-RING 2-018 (EP)
14| 90002-353| ADAPTER CART MD-3| 4
15| 90008-851| MOUNTING BRACKET| 2

Output versus pressure

CD3 Multi-Diaphragm Metering Pump
100% Speed = 190 RPM (380 Strokes Per Minute)

| Feed Rate at 0 PSIg| Feed Rate at 40 PSIg| Feed Rate at 90 PSIg| Feed Rate at 140 PSIg
---|---|---|---|---
Motor
Speed (%)| RPM| ML/MIN| GPH| RPM| ML/MIN| GPH| RPM| ML/MIN| GPH| RPM| ML/MIN| GPH
1| 1.3| 32| 0.5| 1.3| 32| 0.5| 1.3| 25| 0.4| 1.3| 25| 0.4
5| 10| 164| 2.6| 10| 151| 2.4| 10| 145| 2.3| 10| 132| 2.1
10| 19| 315| 5| 19| 303| 4.8| 19| 278| 4.4| 19| 259| 4.1
25| 48| 789| 12.5| 48| 751| 11.9| 48| 694| 11| 48| 681| 10.8
50| 95| 1577| 25| 95| 1508| 23.9| 95| 1388| 22| 95| 1350| 21.4
75| 142| 2372| 37.6| 142| 2252| 35.7| 142| 2107| 33.4| 142| 1968| 31.2
100| 190| 3318| 52.6| 190| 3041| 48.2| 190| 2391| 37.9| 190| 2182| 34.6

WARRANTY

9.1 Limited Warranty
Your Blue-White product is a quality product and is warranted for a specific time from date of purchase (proof of purchase is required).
The product will be repaired or replaced at our discretion. Failure must have occurred due to defect in material or workmanship and not as a result of operation of the product other than in normal operation as defined in the product manual. Warranty status is determined by the product’s serial label and the sales invoice or receipt. The serial label must be on the product and legible. The warranty status of the product will be verified by Blue-White or a factory authorized service center.
CHEM-FEED® CD3 pumps are warranted for 2 years from date of purchase (proof of purchase is required). Pumps will be repaired or replaced at our discretion.

9.2 DIAFLEX® Warranty
DIAFLEX® diaphragms are warranted for the life of the pump. Blue-White will replace a damaged diaphragm at no cost to the customer provided the pump was at all times operated within the guidelines included in the pump’s operation manual. This warranty only applies to DIAFLEX® diaphragms, not the pumps themselves. Blue-White pumps are separately covered by warranties specific to them.

9.3 What is not Covered

Flex-A-Prene diaphragm and rubber components – They are perishable and require periodic replacement
Pump removal, or re-installation, and any related labor charge.
Freight to the factory, or service center
Pumps that have been tampered with, or in pieces.
Damage to the pump that results from misuse, carelessness (such as chemical spills on the enclosure), abuse, lack of maintenance, or alteration that is out of Blue-White control.
Pumps damaged by faulty wiring, power surges, or acts of nature.

Blue-White does not assume responsibility for any loss, damage, or expense directly or indirectly related to or arising out of the use of its products. Failure must have occurred due to defect in material or workmanship and not as a result of operation of the product other than in normal operation as defined in the pump operation manual.
The warranty status is determined by the pump’s serial label and the sales invoice or receipt. The serial label must be on the pump and be legible. The warranty status of the pump will be verified by Blue-White or a factory authorized service center.

9.4 Procedure for In-Warranty Repair
Warranty service must be performed by the factory or an authorized service center. Contact the factory or local repair center to obtain a RMA (Return Material Authorization) number. It is recommended to include foot strainer and injection/check valve fitting since these devices may be clogged and part of the problem. Decontaminate, dry, and carefully pack the product to be repaired. Please enclose a brief description of the problem and proof of purchase. Prepay all shipping and insurance cost. COD shipments will not be accepted. Damage caused by improper packaging is the responsibility of the sender. When In-Warranty repair is completed, the factory pays for return shipping to the dealer or customer.
9.5 Product Use Warning
Blue-White products are manufactured to meet the highest quality standards in the industry. Each product instruction manual includes a description of the associated product warranty and provides the user with important safety information. Purchasers, installers, and operators of Blue-White products should take the time to inform themselves about the safe operation of these products. In addition, Customers are expected to do their own due diligence regarding which products and materials are best suited for their intended applications. Blue-White is pleased to assist in this effort but does not guarantee the suitability of any particular product for any specific application as Blue-White does not have the same degree of familiarity with the application that the  customer/end user has. While Blue White will honor all of its product warranties according to their terms and conditions, Blue- White shall only be obligated to repair or replace its defective parts or products in accordance with the associated product warranties. BLUE-WHITE SHALL NOT BE LIABLE EITHER IN TORT OR IN CONTRACT FOR ANY LOSS OR DAMAGE WHETHER DIRECT, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL, ARISING OUT OF OR RELATED TO THE FAILURE OF ANY OF ITS PARTS OR PRODUCTS OR OF THEIR NONSUITABILITY FOR A GIVEN PURPOSE OR APPLICATION.

9.6 Chemical Resistance Warning
Blue-White offers a wide variety of wetted parts. Purchasers, installers, and operators of Blue-White products must be well informed and aware of the precautions to be taken when injecting or measuring various chemicals, especially those considered to be irritants, contaminants or hazardous. Customers are expected to do their own due diligence regarding which products and materials are best suited for their applications, particularly as it may relate to the potential effects of certain chemicals on Blue-White products and the potential for adverse chemical interactions.
Blue-White tests its products with water only. The chemical resistance information included in this instruction manual was supplied to Blue-White by reputable sources, but Blue-White is not able to vouch for the accuracy or completeness thereof. While Blue-White will honor all of its product warranties according to their terms and conditions, Blue-White shall only be obligated to repair or replace its defective parts or products in accordance with the associated product warranties.
BLUE-WHITE SHALL NOT BE LIABLE EITHER IN TORT OR IN CONTRACT FOR ANY LOSS OR DAMAGE, WHETHER DIRECT, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL, ARISING OUT OF OR RELATED TO THE USE OF CHEMICALS IN
CONNECTION WITH ANY BLUE-WHITE PRODUCTS.

Multi Diaphragm Model Number

Accessories

KIT-PSM
Viall Mount Bracket, HOPE
71000-579
PVDF INJECTOR, 1/2″ Hose Berd
1000-577
PVDF INJECTOR, 1/2″ MNFT

76001-361
Suction Tubing, César PYG, 1/2″ ID, 68
90000-437
Discharge Tubing, Braided PVC, 1/2″ ID

Ball Check Cartridge Options
20000-228 (2 req.)
Ball Check Cart. Hastalloy Bats
20000-229 (2 req.)
Ball Check Cart. PTFE Bats
70001-4809 (4 req.)
Ball Check Cart, Single Ceramic
Gall with Hastelloy Spring
‘Visit Accessory Pages for More Options

**** Users of electrical and electronic equipment (EEE) with the WEEE marking per Annex IV of the WEEE Directive must not dispose of end of life EEE as unsorted municipal waste, but use the collection framework available to them for the return, recycle, recovery of WEEE and minimize any potential effects of EEE on the environment and human health due to the presence of hazardous substances.
The WEEE marking applies only to countries within the European Union (EU) and Norway. Appliances are labeled in accordance with European Directive 2002/96/EC.
Contact your local waste recovery agency for a Designated Collection Facility in your area.

6300 Business Drive
Huntington Beach, CA 92649
TEL: 714-893-8529
FAX: 714-894-9492
www.blue-white.com
sales@blue-white.com
customerservice@blue-white.com
Rev 9 20230501
P.N. 80000-608

References

• white.com is for sale | www.brandforce.com
• Blue-White - Fluid metering solutions made simple™

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