The LAQUAtwin EC-33 (EC/TDS/temp) measures conductivity ranges 0-199uS/cm, 200-1999uS, 2.00-19.99mS/cm, 20.0-199.9mS/cm and TDS Ranges 0.0-99.9, 100-999, 1000-9990ppm with a 3 point Calibration
Treatment reagent (14 mL) For the high conductivity standard solution (12.9 mS/cm) is sold separately
In agriculture, measuring the conductivity of soil allows farmers and agronomists to determine optimum fertilizer usage and check the"health" of soil after salt water damage. The LAQUAtwin meter makes conductivity testing simple, anywhere.
Applications include:
Fresh water testing (rain, rivers, lakes, hot springs)
aquaria
soil testing for improved agriculture and analysis of salt water damage
analysis of surface cleanliness prior to coating and improved paint adhesion
The LAQUA Twin range of Pocket Meters are quick, accurate and designed for very small sample volumes. < There are three very easy steps to operate them:
Calibrate after cleaning the sensor with pure water
Testing the sample
Cleaning the sensor ready for next use.
The LAQUAtwin EC-33 is the only pocket meter that directly measures conductivity and total dissolved solids (TDS) in 0.12ml sample. No need for a beaker to calibrate your meter or measure a sample. Just place few drops of the standard or sample onto the sensor. This procedure saves you time and prevents wasting your precious sample.
Minimum sample volume: 0.12ml
Up to 3 calibration points
Conductivity, TDS, and temperature display
Auto range
Auto calibration
Auto standard recognition: 1413µS/cm, 12.88mS/cm, 111.8mS/cm
Auto temperature compensation: 2%/ºC fixed
Temperature calibration: 5 to 40.0 ºC
4 Total dissolved solids curves: TDS Factor 0.4 to 1.0, EN 27888, 442, NaCl
Auto stable / auto hold measurement
Auto power off: 30 mins.
Low battery indicator
IP67 Rating dust & waterproof
Replaceable sensor
400 Hours battery life: continuous use without backlight
Materials: ABS epoxy body & titanium coated with platinum black sensor
Display: custom (monochrome) LCD with backlight
Operating conditions: 5 to 40°C, 85% or less relative humidity
Warranty: 2 years - meter, 6 months - sensor
Packed in handy carrying case
Supplied with 1413µS/cm & 12.88mS/cm conductivity standards (14ml each), conditioning solution (4ml), 2 x CR2032 batteries, dropper, instruction and quick manuals
Servicing Options Available
Have you considered your servicing requirements? Much like a car, scientific instruments may need a bit of care to keep them working reliably and at their most accurate.
The Camlab Service Department have over 60 years experience in scientific instrumentation. We have a number of highly qualified internal and field-based service engineers able to perform a variety of jobs including preventative maintenance servicing and calibration.
Camlab can offer yearly service contracts which include two main types of preventative maintenance/calibration services – the back to base service and an engineer visit to your site. These options are can be offered with differing turn around times depending on the instrument type and your requirements along with loan instruments if available.
A typical preventative maintenance service includes the following:
Inspection and testing of the unit
Dismantling, cleaning and inspection of the key parts
Correction of minor defects including adjustments if necessary
Reassembly and testing
Take post adjustment / cleaning readings
Supply of calibration certificate
Return of the item to you (back to base services)
Request a quote for your servicing requirements today.
NO3-11, Nitrate Ion (NO3-) with case, 14 ml standard solutions, batteries, dropper
LAQUAtwin-NO3-11C
3200689163
Nitrate Ion (NO3-) for crops, in carrying case with 5 Pipettes, Crop sample press, 3 cups
LAQUAtwin-NO3-11S
3200689164
Nitrate Ion (NO3-) for soil, carrying case with 5 Pipettes, 3 bottles (100 mL), 2 sampling spoons, Tweezers, Sampling sheet B, 2 Sampling sheet holders
S040
3200459870
Replacement Nitrate (NO3) sensor for B-34x & B-74x and NO3-11
Y041
3200053433
NO3 Nitrate Standard solution 5000 ppm, 6 x 14 ml
Y042
3200053514
NO3 Nitrate Standard solution 300 ppm 6 x 14 ml
Y043
3200053532
NO3 Nitrate Standard solution 2000 ppm, 6 x 14 ml
Y044
3200053535
NO3 Nitrate Standard solution 30 ppm, 6 x 14 ml
Y045
3200053536
NO3 Nitrate Standard solution 150 ppm, 6 x 14 ml
LAQUAtwin Accessories
Product
Part Number
Description
Y-011A
3014053435
Sampling sheet C - 5 Rolls, 11mm x 6m
Y046
3200053858
Sampling sheet B - 100pcs
Y048
3200459736
Sampling sheet holder for Laqua Twin series
Crop Press Y049
3200469679
Crop sap press New
LAQUAtwin carrying case
1234567890
Carrying case for LAQUAtwin for 7 meters
LAQUATWIN Three Step Measurement
Follow simple, good testing procedures for accurate and dependable results:
Calibrate correctly
Avoid mixing samples and standards
Always keep the sensor clean
1 Calibrate
Always ensure the sensor is clean before calibrating. If not, clean thoroughly with water (don’t worry, LAQUAtwin meters are completely waterproof!). Place some standard solution on the sensor and press the calibration button. Once the smiley face appears, indicating that calibration is complete, wash off the standard solution with water and dry with a clean, soft tissue.
2 Test
LAQUAtwin meters only need a tiny amount of sample - so no beaker is necessary. Fill the sensor with the sample and when the smiley face appears, the measurement is complete.
3 Clean
Clean the sensor thoroughly with water, ready for the next test. When the sensor is nearing the end of its usable lifetime, it can be replaced;
You don’t need to replace the meter.
Sensors will need to be replaced after approx.
1500 measurements or when calibration cannot be completed. Sensors are sold separately and are easily removed and replaced.
LAQUATwin One meter Six Different Methods
Choose the best method according to your sample, your situation and your needs.
Immersion: When you’re in the lab, you can test the sample in a beaker. Ensure the sensor guard sliding cap is open.
Scoop: Use as a scoop to test water, for example from a river.
Drops: LAQUAtwin meters can measure sample volumes as low as 0.05 mL. Place a drop of the sample onto the sensor with a pipette. Using the HORIBA sampling sheet, volumes down to 0.05 mL can be tested (except for conductivity measurements).
Solid samples: Foods containing some moisture can be tested by placing a small piece directly onto the sensor.
Powders: LAQUAtwin meters can also test dry powders. Simply place the powder sample onto the sensor, and drop on your defined volume of pure water.
Paper and textiles: To test sheets of paper and textiles, cut up the sample into small pieces and place directly onto the sensor. Drop on your defined volume of pure water.
LAQUAtwin sampling sheet.
The sampling sheet allows trace volumes to be analysed. For example, you can even measure the pH of human skin by wiping with a sampling sheet soaked in pure water, and placing it on the sensor. Using the HORIBA sampling sheet, volumes down to 0.05 mL can be tested (except for conductivity measurements).
General Laboratory and Field Samples
Plastic-body pH electrodes, either refillable or gel-filled, are ideal for field measurement.
The glass membrane of refillable electrodes offers an excellent response to low-conductivity water. When the refilling port is covered with the movable slider, the electrode can be used in submerged measurements for up to 30 minutes in a 1m depth of water.
Gel-filled pH electrode does not require refilling.
ToupH electrodes are more impact-resistant than conventional glass-body pH electrodes due to their thick glass membrane. These electrodes are recommended for general laboratory samples.
Examples below:
9651-10D (for field-testing)
9625-10D (for general-purpose use)
9615S-10D Standard ToupH electrode (for general laboratory application)
9415-10C Standard ToupH electrode (for general laboratory application)
Precise Measurement
High stability is required for precise measurement.
The following electrodes have glass membranes highly sensitive to low-conductivity water and non-aqueous solvents. A movable sleeve is used at the liquid junction for easy cleaning and clog-free measurement.
9481-10C Sleeve ToupH electrode (for viscous and non-aqueous samples)
9681S-10D Sleeve ToupH electrode (for viscous and non-aqueous samples)
6367-10D (for high accuracy pH measurement)
Smaller Volume Samples
The volume of the sample must be enough to cover the glass membrane and liquid junction of the pH electrode during measurement.
ToupH electrodes are constructed with a thick glass membrane that is highly resistant to impact and chemicals.
Long pH electrodes, which come in 3 mm and 8 mm diameters, are suitable for test tubes and tall containers, while micro pH electrodes with 3 mm diameter are perfect for small tubes and trace amounts of samples.
9680S-10D Long ToupH electrode (for large containers and long tubes)
9480-10C Long ToupH electrode (for large containers and long test tubes)
6069-10C (for very slender test tubes)
Low Conductivity Samples
pH measurement of low conductivity samples such as pure water and non-aqueous solvents can be very challenging.
The glass membranes of the following pH electrodes produce an excellent response in the above-mentioned samples.
9481-10C Sleeve ToupH electrode (for viscous and non-aqueous samples)
9681S-10D Sleeve ToupH electrode (for viscous and non-aqueous samples)
9630-10D (for low conductivity samples)
Solid and Semi-solid Samples
Needle-type pH electrodes can be used to pierce and penetrate solid samples, such as meat, fruits, and food samples, during measurement.
Flat pH electrodes and ISFET electrodes are ideal for surface pH measurement of moisture-containing solids such as nutrient agar, skin, cloth, leather, paper, meat, and leaves.
ISFET electrodes can also be used in food processing and other applications where glass is prohibited.
6252-10D (for food samples)
6261-10C (for flat surface measurement)
For more information on this product please click the Request information button below and we will get back to you as soon as we can.
Alternatively, a consultation visit from one of our highly experienced product specialists is available for this range. Typically our specialist will be able to go through the following aspects with you to help you make the right choices and be able to deliver them on time and and on budget.
Your product or service requirements
Performance criteria
Budget constraints
Site access
Project timeframes
Services available
Environmental factors
Please click the Request Consultation button below and we will get back to you as soon as we can.
The links above will take you to our request information page which will forward your enquiry to our team. Please provide as much detail as possible so that we can get back to you with the right information. We normally aim to get back to you same day or within 24 hours on weekdays. If you enquiry is more urgent please call our support team on 01954 233 120
What is conductivity? Conductivity is a measure of the ability of a substance to conduct an electrical flow through it. In water, many compounds and molecules (such as dissolved salts and inorganic materials) dissociate into constitutive ions. Ions are small sub-atomic particles and carry with them an electrical charge; either positive (cations) or negative (anions). These particles help condu...
Answer: a Brinometer! Brine is simply defined as a solution of salt in water. It has a wide variety of uses from the transport of thermal energy, de-icing the roads or in cooking to preserve meat or vegetables. The low levels of salinity commonly found in food or seawater can be tested in a number of ways such as on the Laqua Twin sodium meter , Laqua Twin salt meter or for a multi-pa...