Beta C-6100E Installation And Operating Manual

Digital conductivity controller with virtual clean probe

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INTRODUCTION
Beta Technology is pleased to present you with the new C-
6100E digital conductivity controller. The controller utilizes
Beta Technology's industry renowned BetaSet digital
concentration control circuitry. Regardless of whether you use a
titration kit, PH meters, litmus paper or conductivity meters to
establish your concentration setpoint, the controller will
accurately control the detergent solution strength. The controller
includes temperature compensation circuitry which enables the
system to maintain accurate concentration control regardless of
fluctuations in solution temperatures.
Beta's Virtual Clean Probe (VCP) is a standard feature on the
C-6100E. It ensures accurate dosing while minimizing service
calls due to probe fouling.
PREFACE
This manual describes how to use C-6100E Digital Conductivity
Controller.
Material in this manual is subject to change without notice.
Manual revisions will be made on an as needed basis. Special
circumstances involving important design, operation or
application information will be released via Technical Service
Bulletins.
© Copyright 2001, Beta Technology, Inc.
C-6100E has a multiple input voltage power
transformer (115, 208 or 230 Volts). Wire
appropriately.
The 24 Volt AC "load" output on the controller
drives a Single Pole Single Throw (SPST)
normally open contact closure relay. You can
wire one leg of any voltage up to 250 Volts
AC through this contact closure from your
power source to your "load". The relay
contacts can handle 8 amps continuous
current with an inrush capability of 16 amps.
SPECIFICATIONS
Size
Height
Width
Depth
9.25
9.25
23.5
23.5
Weight
6.5 lbs (2.95 kg)
C-6100E (Dwg. #13533-00, Rev C) September, 2001
3.75
in
9.53
cm
Cabinet
Brushed stainless steel
Mounting
Wall mounted via external flanges with two (2) keyhole slots
and two (2) bolt holes
Power
Multiple input voltage transformer, 24 Volt AC, 40 VA output
115 Volts AC (± 10%), 50/60 Hz
208 Volts AC (± 10%), 50/60 Hz
230 Volts AC (± 10%), 50/60 Hz
Feed Relay Specs
Output Relay Characteristics
24 Volt AC Coil, Single Pole Single Throw (SPST) Normally
Open Contact Closure
Output Relay Contact Closure Voltage Characteristics
Maximum 250 Volts AC or DC
Output Relay Contact Closure Current Capability
8 amps maximum (continuous duty)
15 amps maximum (inrush current)
Fuse
Circuit board is fused with a board mounted 1 amp fuse, type
AGC 250 Volt
Conductivity Probe Input Measurement
Range
60 BU max (See the section on probes)
VCP – Virtual Clean Probe
External Alarm Output
24 VDC; 1 amp max
SYSTEM FEATURES
1.
Beta Set Digital Concentration Control - The
controller is equipped with a sophisticated digital
conductivity sensing circuit. No longer is it necessary
to turn a potentiometer dial and guess what setting you
are at. This feature makes it easy to establish detergent
concentration set-points from account to account. If
you are using the same detergent product, simply
program the menu for same number that you have
used before. Slight adjustments may be necessary to
compensate for inherent conditions in the account (i.e.
water conditions, soil load type, etc.).
069838
1

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Summary of Contents for Beta C-6100E

  • Page 1 Cabinet INTRODUCTION Brushed stainless steel Beta Technology is pleased to present you with the new C- Mounting 6100E digital conductivity controller. The controller utilizes Wall mounted via external flanges with two (2) keyhole slots Beta Technology’s industry renowned BetaSet digital and two (2) bolt holes concentration control circuitry.
  • Page 2: Installation

    100% of full speed when wash tank concentration is be in operation. If power is ON to the controller and within 5 Beta Units of setpoint. This will help prevent the probe electrodes are not covered with water, the setpoint overshoot when using very concentrated output will be ON until turned off by the overfeed stop chemicals.
  • Page 3: Operation

    A phone type communications port (phone jack) is located on temperature compensation thermistor. the board. This is reserved for future development. PROGRAMMING PROCEDURES General Controls for the C-6100E are on the PCB located inside the enclosure lid. POWER ALARM VOLUME AUDIBLE...
  • Page 4: Maintenance

    PROGRAMMING from the circuit board and verify 24 volts AC across the transformer secondary wires. All menu steps are summarized inside the C-6100E. To quickly If not, replace the transformer. change from programming to run mode, turn the power switch If yes, replace the circuit board.
  • Page 5: Display Diagnostics

    The chart below Units indicates what Beta Unit number should appear on the PCB display when the resistor value listed is used. 1/4 watt resistors Verify Beta Unit set point is correct.
  • Page 6 STDF,F-F,1/4 HEX,6-32 X 1-1/2 039745 WSHR,FL,#8,0.380 X 0.174 X 0.30,SST 041122 LBL,HZR,WARN,DSCNT PWR,TB,2 X 0.6 040791 TIWRP,AHR,ADH,RB,3/4”, NYL,NAT 041323 WIRE,18 GA,9,BLU,QDC 055765 WIRE,18 GA,13,YEL,QDC 055766 WIRE,1,18 GA,20,ORN,QDC 050320 WIRE,1,18 GA,9,VIO/BLK,QDC 035998 WIRE,1,18 GA,20.5,WHT/ ORN,QDC 050321 069838 C-6100E (Dwg. #13533-00, Rev C) September, 2001...
  • Page 7: Reference Drawings

    REFERENCE DRAWINGS C-6100E (Dwg. #13533-00, Rev C) September, 2001 069838...
  • Page 8 069838 C-6100E (Dwg. #13533-00, Rev C) September, 2001...
  • Page 9 C-6100E (Dwg. #13533-00, Rev C) September, 2001 069838...
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  • Page 11 C-6100E (Dwg. #13533-00, Rev C) September, 2001 069838...
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  • Page 13 C-6100E (Dwg. #13533-00, Rev C) September, 2001 069838...
  • Page 14 069838 C-6100E (Dwg. #13533-00, Rev C) September, 2001...

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