SOCOREX 865 Micro Dispensers Instruction Manual

SOCOREX 865 Micro Dispensers

Product Information

Specifications

• Model: AcuraTM 865
• Material: PVDF, Saphire glass, Synthetic ruby, Platinum Iridium, Stainless steel DIN 316L, PTFE, FPM
• Application: Rapid dispensing of various chemicals
• Compatibility: Chemicals from A to Z

Parts

• Valve body
• Valve seat
• Valve ball
• Valve springs
• Valve cap
• Barrel assembly
• Plunger
• Plunger sleeve
• Plunger O-ring

Materials
The AcuraTM 865 micro-dispenser is made of robust materials including PVDF, Saphire glass, Synthetic ruby, Platinum Iridium, Stainless steel DIN 316L, PTFE, and FPM. These materials ensure durability and long instrument life.

Product Usage Instructions

Safety Precautions
Before using the AcuraTM 865 micro-dispenser, ensure you have read and understood all safety precautions mentioned in the operating instructions.

Chemical Compatibility
Ensure that the chemicals you intend to dispense are compatible with the materials of the micro-dispenser. Refer to the provided list of chemicals for guidance.

Dispensing Procedure

1. Prepare the micro-dispenser by assembling all parts correctly.
2. Firmly attach the micro-dispenser to the desired container or apparatus.
3. Select the desired volume to dispense using the plunger and barrel assembly.
4. Dispense the chemical slowly and steadily to avoid spills or splashes.
5. Clean the micro-dispenser thoroughly after each use to prevent cross-contamination.

Maintenance
Regularly clean and inspect all parts of the micro-dispenser to ensure proper functioning and longevity. Follow any maintenance guidelines provided in the user manual.

FAQs

Q: Can the AcuraTM 865 micro-dispenser be used with corrosive chemicals?
A: The micro-dispenser is designed to withstand a wide range of chemicals. However, always check the compatibility of the chemicals with the materials of the micro-dispenser before use.

Q: How should I store the AcuraTM 865 micro-dispenser when not in use?
A: Store the micro-dispenser in a clean and dry place, away from direct sunlight and extreme temperatures. Ensure all parts are properly assembled to prevent damage.

Chemical resistance of Socorex® microdispensers

AcuraTM manual 865
Microdispensers are intended for rapid dispensing of various chemicals. They meet requirements assuring safety of the laboratory staff and their work. Microdispensers shall not release any substances which may interfere with trace analysis, have cytotoxic properties, distort optical tests or influence chromatographic methods and residue analysis.

Materials
Special attention is given to component materials (see charts below). All parts of the Acura™ 865 Mmicrodispenser in contact with the liquid are made of robust materials providing for long instrument life.

Parts

Parts **Acura ™ 865**

Valve body| PVDF
Valve seat| Saphire glass
Valve ball| Synthetic ruby
Valve springs| Platinum Iridium
Valve cap| PVDF
Barrel assembly| PVDF
Plunger| Stainless steel DIN 316L (50 μL)| PVDF (200μL – 1000μL)
Plunger sleeve| PTFE
Plunger O-ring| FPM

Chemicals from A to Z

The following list includes most frequently used chemicals. It provides useful information for the safe and adequate use of Acura™ manual 865 microdispensers. However, safety precautions and recommendations in operating instructions must be followed carefully.

Code explanations

• ++ = Good resistance
• + = Acceptable

Technical support information

Potassium sulfate| +
Propionic acid (Propanoic acid)| +
Propylene glycol (Propane-1,2-diol)| ++
Propylene oxide|
Picric acid (Trinitrophenol)| +
Pyridine|
Pyruvic acid| +
R|
---|---
Resorcin| +
S|
---|---
Salicylaldehyde| +
Scintilation fluid| +
Silver acetate|
Silver nitrate|
Sodium acetate|
Sodium chloride (Kitchen salt)| +
Sodium dichromate|
Sodium fluoride|
Sodium hydroxide 30%|
Sodium hypochlorite|
Sodium thiosulfate| +
Sulfonitric acid 100%| +
Sulfochromic acid 100%|
Sulfur dioxide| +
Sulfuric acid <60% – 10 to 100mL|
Sulfuric acid <60% – 1 to 5mL| +
Sulfuric acid >60% – 10 to 100mL|
Sulfuric acid >60% – 1 to 5mL| +
---|---
T|
---|---
Trichlorotrifluoroethane| +
Terebentine oil| +
Tartaric acid| +
Tetrachloroethane|
Tetrachloroethylene / methylene| +
Tetrahydrofuran (THF)|
Tetramethylammonium hydroxide|
Tetramin| +
TKN Digest| +
Toluene|
Trichlorethylene|
Trichloroacetic acid|
Trichlorobenzene| +
Trichloroethane / Methane|
Trichloromethane (Chloroform)| +
Triethanolamine|
Triethylene glycol| +
Trifluoroacetic anhydride (TFAA)|
Trifluoroacetic acid (TFA)| +
Trifluoromethane (Fluoroform)| +
U|
---|---
Urea|
X|
---|---
Xylene|
Z|
---|---
Zinc chloride 10%|
Zinc sulfate 10%|

The above guidelines have been carefully reviewed prior to publication. Should you require information on chemicals not listed or contribute to some comments, please feel free to contact us.

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