MICROPROCESSOR WATER & SOIL ANALYSIS KIT 1160

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MICROPROCESSOR WATER & SOIL ANALYSIS KIT 1160

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MICROPROCESSOR WATER & SOIL ANALYSIS KIT 1160 Specification

Core Components
Microprocessor, Sensor Probes, Electrodes

Capacity
Not Specified

Frequency
50 Hz

Model No
1160

Automation Grade
Automatic

Power Source
230 V AC mains / Battery Operation

Measurement Range
pH (014), Conductivity (0100 mS/cm), TDS (0100 ppt), Temperature (0C100C)

Feature
Highly Efficient

Accuracy
100 %

Voltage
230 V

Temperature Range
0C to 100C

Equipment Materials
High Grade ABS Plastic

Usage
Laboratory

Display Type
Digital LCD

Dimension (L*W*H)
345 mm x 265 mm x 170 mm

Weight
5.5 kg

Enclosure Protection
IP54

pH Measurement Resolution
0.01 pH

Battery Type
Rechargeable NiMH

Electrode Type
Combined pH Electrode & Conductivity Cell

Calibration
Automatic and Manual Calibration Options

Temperature Resolution
0.1C

Operating Humidity
Up to 80% RH

TDS Measurement Resolution
1 ppm

System Alarm
Automatic Diagnostic and Alarm

Conductivity Measurement Resolution
0.01 mS/cm

Accessories Included
pH Buffer Solutions, Conductivity Standard, Soil Sample Containers, Carrying Case

Data Output
RS232 Interface for PC Connectivity

Display Size
16 x 2 Line Backlit LCD

About MICROPROCESSOR WATER & SOIL ANALYSIS KIT 1160

FEATURES

pH, Conductivity, TDS, DO, Salinity, mV & Temperature Measurements

Highly Accurate & Stable

User Friendly & Menu Driven Software

16 x 2 line Alphanumeric LCD with Backlit

Printer Attachment facility

Storage for 90 Samples

Mains Cum Battery Operated

For efficient use of nutrients in the soil, to test the purity of drinking water and for waste water testing, the company has introduced Microprocessor Water and Soil Analysis Kit 1160. This is a unique portable instrument for measurement of various parameters i.e. pH, Conductivity, TDS, Salinity, Temperature, Dissolved Oxygen and mV of any solution. A chargeable sealed lead acid battery is provided within the kit that makes it extremely useful for field and laboratory use.

The use of latest microcontroller technology makes it reliable, accurate and low power consuming instrument.

SPECIFICATIONS : -

	pH	EC	TDS	DO	ORP	Salinity	Temp.
Range	0 - 14 pH	0 - 20, 0 - 200 S 0 - 2, 0 - 20, 0 - 200 ms	0 - 20, 0 - 200 ppm 0 - 2, 0 - 20, 0 - 200 ppt	20 ppm	0 - 1999.9 mV	0 - 20, 0 - 200 ppm 0 - 2, 0 - 20, 0 - 50 ppt	0 - 100 C
Res	0.01 pH	0.01 S	0.01 ppm	0.1 ppm	0.1 mV	0.01 ppm	0.1 C
Accuracy	0.01 1 Digit	0.5%% FS 1 Digit	0.5%% FS 1 Digit	0.1 ppm 1 Digit	0.1 mV 1 Digit	1%% of Range, 1 Digit	0.1 C, 1 Digit
Temp. Comp.	0 - 100 C Auto/Man	5 - 50 C Auto/Man	5 - 50 C Auto/Man	5 - 50 C Auto/Man	-	5 - 50 C Auto/Man	-
Sensor	pH Combine Electrode	Cond/ Salinity/ TDS cell	Cond/ Salinity/ TDS cell	Gold/ Silver Probe	-	Cond/ Salinity TDS cell	Semi Conductor Probe
Cal	Auto/Man	-	-	Auto	-	-	Manual
Ref. Temp	-	5 - 50 C Selectable	5 - 50 C Selectable	-	-	-	-
Auto Buf. Recog.	4.00, 7.00 & 9.2 pH	-	-	-	-	-	-
Range	-	Auto	Auto	-	-	Auto	-
Cell Constant	-	0.05 - 10.5 Adjustable	Adjustable	-	-	-	-
Power Supply	6V Rechargeable Battery or 230 V 10%% AC, 50 Hz.
Access ories	pH Electrode, Cond./TDS Cell, Temp. Probe, DO Probe, DO Membranes Tablets 7 pH & 4 pH, Main Lead and Operation Manual.

Note : Specifications are subject to change due to continuous improvements.

Powerful and Accurate Measurements

Engineered for laboratories, the kit supports precise analysis of pH, conductivity, TDS, and temperature across wide ranges. The combined pH electrode and conductivity cell enhance measurement efficiency and reliability, ensuring consistent and accurate results.

User-Friendly Interface and Calibration

With an easy-to-navigate 16 x 2 line backlit LCD and support for both automatic and manual calibration, the 1160 kit streamlines the analysis process. Automatic diagnostics and alarm features further contribute to a smooth user experience.

Built for Versatility and Durability

Designed with high-grade ABS plastic and IP54 protection, the kit withstands demanding laboratory environments. Its rechargeable battery and compact, portable enclosure make it suitable for both on-site and indoor analyses, while included accessories cover essential field needs.

FAQs of MICROPROCESSOR WATER & SOIL ANALYSIS KIT 1160:

Q: How do I calibrate the MICROPROCESSOR WATER & SOIL ANALYSIS KIT 1160?

A: The kit supports both automatic and manual calibration. Simply follow the LCD-guided prompts using the provided pH buffer solutions and conductivity standards. Refer to the operation manual for detailed step-by-step instructions.

Q: What is included in the kit to facilitate field and laboratory usage?

A: The package includes pH buffer solutions, conductivity standard, soil sample containers, sensor probes, a combined pH electrode and conductivity cell, and a robust carrying case for ease of transport and use in varied environments.

Q: When should I use manual versus automatic calibration?

A: Automatic calibration is ideal for routine measurements and quick setups. Manual calibration may be preferred when greater control or custom calibration solutions are needed, ensuring peak accuracy in specialized analyses.

Q: Where can the analysis kit be used most effectively?

A: Its design, including rechargeable battery operation and IP54 enclosure, allows it to be used effectively in laboratories, field research, water treatment facilities, and agricultural studies across India and beyond.

Q: What is the process for connecting the device to a PC for data transfer?

A: Data transfer is accomplished through the RS232 interface. Use the included cable to connect the kit to your PC, where data can be logged, analyzed, or archived with compatible software.

Q: How does the automatic diagnostic and system alarm function benefit users?

A: The automatic diagnostic feature regularly checks the systems health, while the alarm notifies users of errors or deviations. This ensures reliable operation and minimizes downtime during analyses.

Q: What is the main benefit of using this microprocessor-based analysis kit over traditional methods?

A: This kit offers highly accurate, rapid measurements with digital data output, reducing manual errors. Its automation, portability, and robust construction make it a superior choice for both routine and high-demand analytical tasks.

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