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PCA 300 & PCA 301

Microprocessor-based Chlorine Analyzers for Process Control
Chlorine
Monitoring
Chlorine is the most
commonly used water disinfectant in applications that vary from treatment
of drinking and waste water to pool and spa sanitization. The chlorine
present in the water binds itself with bacteria, leaving only a part of
the original quantity (free chlorine) to continue its disinfecting action.
Hanna Instruments,
has completed its range of Portable Chlorine Meters, by offering the
PCA 300 and the PCA 301 Chlorine Analyzers. These
microprocessor-based process instruments can continuously monitor a sample
stream for Free Chlorine or Total Chlorine content in the 0 to 5 mg/L
range with a 0.01 resolution.
PCA 300, Free
Chlorine Analyzer, and PCA
301, Total Chlorine Analyzer, are supplied complete with reagents
(ready-to-use indicator and buffer solutions), tubing and instruction
manual.
Ordering Information
|
PCA 300/D |
Free Chlorine Analyzer (220V) |
|
PCA 300/U |
Free Chlorine Analyzer (110V) |
|
PCA 301/D |
Total Chlorine Analyzer (220V) |
|
PCA 301/U |
Total Chlorine Analyzer (110V) |
Accessories
|
HI 70450 |
Free Chlorine indicator solution |
|
HI 70451 |
Free Chlorine buffer solution |
|
HI 70452 |
DPD compound for F. & T. Cl |
|
HI 70460 |
Total Chlorine indicator solution |
|
HI 70461 |
Total Chlorine buffer solution |
|
HI 70492 |
Spare Drain connector for PCA 300 |
|
HI 70493 |
Spare pressure regulator out connector
for PCA 300 |
|
HI 70495 |
Spare pressure regulator input for PCA
300 |
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HI
98143 pH And Conductivity Transmitter With Isolated Output
- HI 98143
is a pH and conductivity transmitter designed to accept signals directly
from a pH electrode
and a conductivity probe at the same time.
- Direct connection
of the probes to the transmitter assures a positive electrical
connection with no signal loss. This transmitter is most useful in
remote process control applications. The unit transmits 0 to 1 V output
proportional to the input signals but independent of changes in load or
cable capacitance.
- Temperature
compensation for conductivity measurements is performed by the
transmitter's ATC circuitry.
- The transmitter
can be connected to any pH and conductivity controller, recorder,
computer or any data monitoring device that accepts 0 to 1 V input.
- HI 98143
is an ideal tool for applications such as hydroponics and greenhouses
that require the monitoring of both pH and conductivity at once.
- HI 98143
is supplied complete with instruction manual.
Accessories
|
HI 1001 |
Plastic in-line pH electrode |
|
HI 3001 |
4-ring conductivity probe |
|
HI 7004L |
pH 4.01 buffer solution (460 mL) |
|
HI 7007L |
pH 7.01 buffer solution (460 mL) |
|
HI 7010L |
pH 10.01 buffer solution (460 mL) |
|
HI 7039L |
5 mS/cm calibration solution (460 mL) |
|
HI 7638 |
Platinum conductivity probe |
|
HI 7855/1 |
Screw to BNC with 1 m (3.3') cable |
Specifications:
| ¡@ |
HI 98143 |
|
pH |
Conductivity |
|
Range |
0 to 14 pH |
0 to 10 mS/cm (mmho/cm) |
|
Accuracy
(@20¢XC/68¢XF) |
¡Ó0.5% of full scale |
¡Ó2% of full scale |
|
Calibration |
Manual through offset and
slope trimmers for both pH and conductivity at |
|
4/10 and 7 pH |
0 and 5 mS/cm |
Temperature
Compensation |
NA |
automatic from 0 to 60¢XC (41 to 132¢XF)
with a ß of 2% |
|
Output |
0 to 1 V isolated |
|
Probes (Optional) |
See the accessories listed above |
|
Power |
12 to 24 VDC |
|
Protection |
IP 54 |
|
Environment |
32 to 122¢XF (0 to 50¢XC); 0-95% RH
(non-condensing) |
|
Dimensions |
6.3 x 4.1 x 1.2" (160L x 105W x 31H mm) |
|
Weight |
9.9 oz. (280 g) |
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pH 500 series of
controllers offer exceptional value for your money. They are
simple-to-operate,
microprocessor-based process meters packed with features. For more
flexibility and better resolution for chart recorders, any two points
between 0 and 14 pH can be chosen to correspond to the analog output
spans. Several pH 500 models are equipped with a bi-directional RS232C
port. Push button password programming prevents tampering. The
microprocessor memory is fully programmable and has 3 months backup power
supply. The Fail Safe Alarm system protects the pH 500 against the
pitfalls of process control, like power interruption or line failure.
With pH 500 quick 1, 2 or 3 point calibration at pH 4.01, 7.01 and 10.01
comes standard. The temperature can be manually or automatically
compensated for. Increased automation has made computer compatibility a
necessity for process control instrumentation. You can also choose from
ON/OFF or Proportional Dosage to save on chemicals.
|
Specifications: |
pH 500/D |
pH 500/U |
|
Power Supply |
230V ¡Ó10%VAC; 50 Hz |
115V ¡Ó10%VAC; 60 Hz |
|
Range |
0.00 to 14.00 pH / -600.0 to 600.0 mV /
-9.9 to 120¢XC |
|
Resolution |
0.01 pH / 0.2 mV / 0.1¢XC |
|
Accuracy (@20¢XC/68¢XF) |
¡Ó0.02 pH / ¡Ó0.5 mV / ¡Ó0.5¢XC |
|
Typical EMC Deviation |
¡Ó0.02 pH / ¡Ó10mV /¡Ó0.5¢XC |
|
Input |
High impedance 1012
Ohm |
|
Calibration |
1, 2 or 3 point at pH 4.01, 7.01 and
10.01 |
|
Temperature Compensation |
Automatic (with Pt100) or manual from
-9.9 to 120¢XC |
|
Readout |
4½-digit dual level LCD with graphic
symbols and messages |
|
Outputs |
Digital: RS232 bi-directional opto-isolated;
orAnalog: galvanically isolated
0 to 1 mA, 0 to 20 mA & 4 to 20 mA (max. resistive load 1KW), 0 to
5VDC, 1 to 5VDC and
0 to 10VDC (min. resistive load 1KW) |
|
Set Point Relay(s) |
1 or 2: SPST NO contact outputs
5A-250VAC, 5A-30VDC (resistive load) |
|
Environment |
32 to 122¢XF (0 to 50¢XC); max RH 85%
non-condensing |
|
Panel Cutout/Dimensions |
5.5 x 5.5" (140 x 140 mm) / ½ DIN 5.7 x
5.7 x 6.7" (144 x 144 x 170 mm) |
|
Weight |
3.5 lb. (1.6 Kg) |
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| Order pH 500
according to your needs: pH 500XYZ |
| ¡@ |
X=1:
Single Setpoint
X=2: Dual Setpoint |
Y=1: ON/OFF Control
Y=2: Proportional Control |
Z=1: Analog Output
Z=2: RS232 Output |
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|
Product # |
Description |
|
pH 500111 |
pH Controller with single setpoint,
ON/OFF control, analog output |
|
pH 500112 |
pH Controller with single setpoint,
ON/OFF control, RS232 output |
|
pH 500121 |
pH Controller with single setpoint,
proportional control, analog output |
|
pH 500122 |
pH Controller with single setpoint,
proportional control, RS232 output |
|
pH 500211 |
pH Controller with dual setpoints, ON/OFF
control, analog output |
|
pH 500212 |
pH Controller with dual setpoints, ON/OFF
control, RS232 output |
|
pH 500221 |
pH Controller with dual setpoints,
proportional control, analog output |
|
pH 500222 |
pH Controller with dual setpoints,
proportional control, RS232 output |
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HI 8615 ORP
Transmitters With Isolated Output
- Designed for
transmitting ORP measurements from remote locations in industrial
environments.

- Two controls to
compensate for electronic drift and ambient temperature. One for 4 mA
and one for 20 mA.
- The transmitter uses a
universal BNC socket for quick and secure connection of any ORP
electrode with a BNC connector.
- Two versions are
available, the standard model HI 8615, and the HI 8615L with an LCD. HI
8615L allows easy verification and monitoring of measured values, and is
easier to calibrate and maintain. IP65 rating, and a rugged
polypropylene casing, provide optimum protection even in harsh
environments.
- Ideal for chromium
hexavalent reductions, cyanide oxidation reactions and water sanitation.
- The transmitter can be
connected to Hanna meters HI 8512, HI 8720 or any recorder, computer or
data monitor that accepts 4 to 20 mA input.
|
Specifications: |
HI 8615 & HI 8615L |
HI 8615L only |
|
Range |
4 to 20 mA |
0 to ¡Ó1000 mV |
|
Resolution |
0.01 mA |
1 mV |
|
Accuracy |
¡Ó0.02 mA |
¡Ó5 mV |
|
Calibration |
Offset: ¡Ó0.8 mA Slope: ¡Ó0.8 mA |
Offset: ¡Ó100 mV Slope: 90-110% |
|
Input Impedance |
1012
ohm |
|
Output |
4 to 20 mA isolated |
|
Power |
without LCD: 12 to 30 VDC / with LCD 15
to 36 VDC |
|
Load |
Max. 500 ohms |
|
Protection |
IP 65 |
|
Environment |
32 to 122¢XF (0 to 50¢XC)
0-95% RH (non-condensing) |
|
Dimensions |
6.5 x 4.3 x 3.5" (165L x 110W x 90Hmm) |
|
Weight |
2.2 lbs (1Kg) |
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HI
8001 F1 Panel Mount Irrigation/Fertilization Controller
- 16 digital inputs for
temporary break, conditional stop, irrigation count, differential
pressures and
fertilizer, acid, mixing and external tank level controls
- 6 analog inputs for pH
sensors, EC sensors and solar radiation sensors.
- 2 non-consent alarm
relays.
- 7 digital outputs for
filter back flushing, pH and fertilizer tanks.
- Inputs 24VAC output
power supply and 110/220VAC with grounding (internal power).
- PID Control reduces
overdosing and large oscillations in the mixing process.
- Logging of executed
programs with values of all parameters. Information Center -
Splash-proof polyester membrane cover consisting of:
- 4 level LCD used for
programming and data presentation.
- 32 Light Emitting
Diodes (LED's), one for each sector valve.
|
Specifications |
HI 8001 |
|
Range |
pH |
0.0 to 14.0 |
|
EC |
0.0 to 20.0 mS/cm |
|
Solar Radiation |
0 to 2000 W/m2 |
|
Resolution |
|
0.1 pH / 0.1 mS/cm / 1
W/m2 |
|
Accuracy |
pH |
¡Ó0.0546 |
|
EC |
¡Ó0.078 mS/cm |
|
Solar Radiation |
¡Ó0.78 W/m2 |
|
Typical Inputs |
2 pH electrodes, 3
conductivity probes, solar radiation monitor, 4 fertilizer tanks, 1
acid tank, 5 tank level controls, 1 mixing tank level control, 2
differential pressures, 1 Irrigation counter, 1 temporary break, 1
conditional stoppage |
|
Typical Outputs |
2 non-consent alarms, up
to 32 sector valves, 2 filter flushing, pump, agitator, 4 fertilizer
tank electro-valves, 1 pH tank electro-valve |
|
Number of Programs |
10 |
|
Priority for
Programs |
5 levels (1 through 5) |
|
Program Method |
With keypad or through a
PC using proprietary software |
|
Irrigation
Capacity |
8, 16, 24 and 32 sector
valves |
|
Irrigation Control |
time/volume control, 1 to
6 different timetables per program,
accumulated solar radiation, low tank levels, manually |
|
Readout |
20-digit, 4 level LCD with
graphic symbols and messages |
|
Power Supply |
115V/220V; 50Hz/60Hz |
|
Environment |
0 to 50¢XC (32 to 122¢XF);
max. 85% RH non-condensing |
|
Dimensions |
178 x 260 x 115 mm (7.1 x
10.4 x 4.6") |
|
Weight |
3.4 Kg (7.5 lb.) |
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