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| Payment Method: | Telegraphic Transfer (T/T), Cashier Order |
| Specification: | Overview
The P53 analyzer is a full-featured, easy-to-use analyzer. This versatile analyzer can be used with any GLI Differential Technique pH or ORP sensor, or any conventional combination electrode. The large display, simple keypad, and logical menu structure make the P53 easy to use. Menu screens, containing up to six text lines, guide you through setup, calibration, operation, and test/ maintenance functions. The display shows measured pH ( or ORP) , the process temperature, and both analog outputs. Display screen annunciators indicate relay " on/ off" status. Each of the two isolated analog outputs can be set to 0-20 mA or 4-20 mA, and assigned to represent the measured pH ( or ORP) . The P53 is housed in a 1/ 2 DIN, epoxy-coated, metal NEMA 4X case. Its hinged front panel provides easy wiring access. The analyzer exceeds U.S. and meets European standards for EMI and RFI, and has multiple language capabilities.
Features/ Benefits
* Large Backlit LCD Readout.
The large display shows measured pH ( or ORP) in 1/ 2-inch ( 13 mm) high numerals. The P53 can also display the process temperature, and both analog outputs. Display screen annunciators indicate relay " on/ off" status.
* Universal-mount 1/ 2 DIN Case.
The P53 is housed in a 1/ 2 DIN, epoxy-coated, metal NEMA 4X case. Its hinged front panel provides easy wiring access. The supplied bracket and stainless steel hardware enable panel, surface, and pipe mounting.
* Electromagnetic Conformance.
The analyzer exceeds U.S. and meets European standards for EMI and RFI.
* Simple Interactive Diagnostics.
Built-in diagnostics continuously tests analyzer and sensor operation.
* Multiple Language Capability.
All screens can be selected for display in English, French, German or Spanish. ( Other available languages can be substituted.)
* " Menu-guided" Operation.
The large display, simple keypad, and logical menu structure make the P53 easy to use. Menu screens, containing up to six text lines, guide you through setup, calibration, operation, and test/ maintenance functions.
* Passcode-protected Access.
For security, use the P53´ s passcode capability to restrict access to configuration settings and calibration to authorized personnel only.
* GLI Differential Sensor or Conventional Combination Electrode Compatibility.
The Model P53 can be used with any GLI Differential Technique pH or ORP sensor, or any conventional combination electrode. The P53 accepts Pt 1000 RTD, Pt 100 RTD, or NTC 300 ohm thermistor temperature compensators.
* Two 0/ 4-20 mA Analog Outputs.
Each of the two isolated analog outputs can be set to 0-20 mA or 4-20 mA, and assigned to represent the measured pH ( or ORP) or temperature. During calibration, both outputs can be held at their present values, transferred to preset values, or remain active to respond to the measured value.
Specifications
Display
Graphic dot matrix LCD, 128 x 64 pixels with LED backlighting; 1/ 2 inch ( 13 mm) main character height; 1/ 8 inch ( 3 mm) auxiliary information character height; menu screens contain up to six text lines
pH: -2.0 to 14.0 pH or -2.00 to 14.00 pH
ORP: -2100 to + 2100 mV
Temperature: -4.0 to + 392.0° F or -20.0 to + 200.0° C
Analog Outputs ( 1 and 2) : 0.00-20.00 mA or 4.00-20.00 mA
Ambient Conditions
Operation: -4 to + 140° F ( -20 to + 60° C) ; 0 to 95% relative humidity, non-condensing
Storage: -22 to + 158° F ( -30 to + 70° C) ; 0 to 95% relative humidity, non-condensing
Relays
Types/ Outputs: Two or four electromechanical relays; SPDT ( Form C) contacts; U.L. rated 5A 115/ 230 VAC, 5A @ 30 VDC resistive
Operational Mode: Each relay ( A, B, C, and D) can be assigned to be driven by the measured pH ( or ORP) or temperature
Function Modes:
Control: Settings for high/ low phasing, setpoint, deadband, overfeed timer, off delay, and on delay
Alarm: Settings for low alarm point, low alarm point deadband, high alarm point, high alarm point deadband, off delay, and on delay
Status: Not configurable; relay only activates when a " fail" diagnostic WARNING condition exists
Timer: Relay is activated by user-set interval and time duration to control a GLI sensor cleaning system
Indicators: Relay annunciators ( A, B, C, and D) indicate respective relay status
Temperature Compensation
Automatic from 14.0 to 230.0° F ( -10.0 to + 110.0° C) with selection for NTC 300 ohm thermistor ( used in GLI Differential sensors) , Pt 1000 ohm RTD or Pt 100 ohm RTD, or manually fixed at a user-entered temperature; additional selectable temperature correction factor available ( ammonia, morpholine, or user-set pH/ ° C linear slope) for pure water automatic compensation from 0.0 to 50.0° C
Sensor-to-Analyzer Distance
GLI Differential Technique Sensor: 3000 ft. ( 914 m) maximum
Conventional Combination Electrode with Preamplifier: 985 ft. ( 300 m) maximum
Conventional Combination Electrode without Preamplifier: 100 ft. ( 30 m) max. with electrode cable capacitance of less than 30 pF/ foot
Power Requirements
90-130 VAC, 50/ 60 Hz. ( 10 VA max.) or 180-260 VAC, 50/ 60 Hz. ( 10 VA max.)
Calibration Methods
2-point Buffer Method ( pH only) : Automatic calibration and buffer recognition using two buffers from a selected buffer set* .
1-point Buffer Method ( pH only) : Automatic calibration and buffer recognition using one buffer from a selected buffer set* .
* Buffer Sets: 4.00, 7.00, and 10.00 - or - DIN 19267 Standard ( 1.09, 4.65, 6.79, 9.23, and 12.75)
NOTE: When using buffers that are not included in either analyzer buffer set, calibrate using only the Sample Method ( 2 or 1-point) .
2-point Sample Method ( pH only) : Enter known values of two samples ( determined by laboratory analysis or comparison reading) or two pH buffers.
1-point Sample Method ( pH or ORP) : Enter known value of one sample ( determined by laboratory analysis or comparison reading) , one pH buffer or, for ORP measurement, one reference solution.
Analog Outputs
Two isolated 0/ 4-20 mA outputs; each with 0.004 mA ( 12-bit) resolution and capability to drive up to 600 ohm loads
NOTE: Each output can be assigned to represent the measured pH ( or ORP) or temperature. Parameter values can be entered to define the endpoints at which the minimum and maximum mA output values are desired ( range expand) . During calibration, both outputs can be selected to hold their present values, transfer to preset values to operate control elements by an amount corresponding to those values, or remain active to respond to the measured value.
Communication
RS-232: Enables configuration and retrieval of measured data for one analyzer using IBM-compatible PC and GLI optional software tool kit
HART Protocol: Enables configuration and retrieval of measured data for multiple analyzers over a communication link using appropriate hand-held terminal or data system with HART software
Memory Backup ( non-volatile)
All user settings are retained indefinitely in memory ( EEPROM)
Certifications
European Community EMC: Certified CE compliant for conducted and radiated emissions ( EN 50081-2) and immunity ( EN 61000-6-2)
General Purpose: CSA/ CSANRTL and FM ( UL pending)
Class I, Div. 2 ( Groups A, B, C, and D) : CSA/ CSANRTL and FM ( UL pending)
Analyzer Performance
( Electrical, Analog Outputs) :
Accuracy: 0.1% of span
Stability: 0.05% of span per 24 hrs., non-cumulative
Repeatability: 0.1% of span or better
Temperature Drift: Zero: less than 0.03% of span per ° C; Span: less than 0.03% of span per ° C
Mechanical
Enclosure: NEMA 4X; polycarbonate face panel, epoxy-coated high-quality cast aluminum door and case with four 1/ 2 inch ( 13 mm) conduit holes, nylon mounting bracket, and stainless steel hardware Mounting Configurations: Panel, surface, and pipe ( horizontal and vertical) mounting
Net Weight: 3.5 lbs. ( 1.6 kg) approximately |
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