Capteur de COT CheckPoint de Sievers

Description

Key features

• Capteur de carbone organique total
• 2 modèles : CheckPoint Pharma et CheckPointe (applications pharmaceutiques et d’eau extra-pure)
• On-line : surveillance continue / Portable : transport aux réseaux d’eau
• Peu d’entretien
• Rapidité remarquable des analyses
• Facile d’utilisation
• Protocoles de validation IQ/OQ/PQ fournis

Technical specifications

Outputs

Ethernet (Modbus TCP/IP), USB, plus three 4-20 mA, two alarms,

months.

English, Chinese, or Japanese

Accuracy

± 5% at 500 ppb C of sucrose2,3

Altitude

3000 meters

Humidity

90% non-condensing

download.

CheckPoint highlights

Dimensions

25,40 cm x 30,48 cm x 15,24 cm

24 V supply.

e

Dimensions H

25.40 cm (10.0 in); W: 30.48 cm (12.0 in); D: 15.24 cm (6.0 in)

key benefits

or non-pressurized sources. CheckPointe can also

Analysis Modes

On-line (average or timed); grab (with optional Vial Sampling Kit)

Vial Sampling Kit

APK 97900

except as follows

troubleshooting. The CheckPoint Pharma comes with

Power Requirements

100–240 ±10% VAC, 60 W, 50/60 Hz, or battery

Low Pressure Samples

-6.9–55 kPa (-1.0 to 8 psig) (-0.069-0.55 bar) with optional Low Pressure Sampling Kit

Weight ― CheckPoint

2.9 kg (6.4 lb)

of 0.05 to 1,000 ppb.

water changes, the CheckPoint sensor makes it

On-Line Sample Pressure

103–690 kPa (15–100 psig) (1.0–6.9 bar)

Precision (CheckPointe)

The greater of <1% RSD or 0.05 ppb for on-line measurements;

options and accessories

ordering information

Analysis Time Selectable

15 seconds to 8 hours on-line mode; 10 minutes grab mode

Checkpoint with I/O board

PRD 97100

Non-Temperature Corrected

0.023 μS/cm (43.5 Mohm-cm) to 150 μS/cm (0.00667 Mohm-cm)

Linear Range (CheckPointe)

0.05–1,000 ppb C

Pharmacopeia specifications.

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Précision de l’instrument

± 5% quand on mesure 500 ppb C de saccharose

Weight ― Vial Sampling Kit

0.6 kg (1.3 lb)

Gamme linéaire (CheckPointe)

0,05 ppb à 1 000 ppb C

Precision (CheckPoint Pharma)

The greater of <1% RSD or 0.21 ppb for on-line measurements;

(UPW) monitoring applications.

non-ionic organics. High pressures and temperatures

Required Sample Line Flow Rate

60 mL/min (high pressure) or 1 mL/min (low pressure)

CheckPoint installation diagram

wall mounting bracket dimensions

Temperature Corrected to 25 °C

0.055 μS/cm (18.24 Mohm-cm) to 113 μS/cm (0.00885 Mohm-cm)

Linear Range (CheckPoint Pharma)

0.21–1,000 ppb C

Temperature (CheckPointe) Sample

10–60 °C (50–140 °F); Ambient: 10–40 °C (50–104 °F)

Conductivity/Resistivity Accuracy

± 2.0%3

Installation/Overvoltage Category

II

Conductivity/Resistivity Precision

± 0.5% RSD (20–40 °C or 68–104 °F)

Dimensions with Vial Sampling Kit H

25.40 cm (10.0 in); W: 34.87 cm (13.7 in); D: 15.24 cm (6.0 in)

Gamme linéaire (CheckPoint Pharma)

0,21 ppb à 1 000 ppb C

One UV lamp (6-month continuous use)

ARK 35001

Checkpoint TOC sensor ― basic model

PRD 97000

Checkpoint In-line Filter Kit (60 μm)

APK 97300

Temperature (CheckPoint Pharma) Sample

10–90 °C (50–194 °F); Ambient: 10–55 °C (50–131 °F)3

Conductivity/Resistivity Range for TOC4

Max 1.4 μS/cm or Min 0.7 M -cm from CO24

Ozone Compatibility (CheckPoint Pharma)

50 ppb O3; 200 ppb O3 for 2 hours daily

Industrial Ratings & Safety Certifications

CE, ETL listed. Conforms to UL Std. 61010-1. Certified to CSA C22.2 No. 61010-1

anytime with the new CheckPoint Pharma and

pharmaceutical manufacturers with a cost-effective

power, and other markets, has a dynamic range

uous on-line TOC monitoring to detect critical ultrapure

Conductivity/Resistivity Calibration Stability

Typically 6 months

I/O Board ― The optional I/O board has three

Pharmaceutical Industry Part Number

and stainless steel sampling tubes and a waste

40-mL Certified Sample Vials (Case of 72) HMI 90606

CheckPoint On-Line/Portable Total Organic Carbon

and flexible process monitor for process trending,

Sensor-to-Sensor Matching ― The sensors can be

• Self-contained pump for easy system suitability and

pharmaceutical Purified Water (PW) and Water for

contamination in power feed and loop UPW. Controlling

Injection (WFI) and semiconductor ultrapure water

cation conductivity can be difficult if its source is

programmable analog outputs (select from TOC, raw

Checkpoint TOC sensor ― basic model PRD 97150

Low-Pressure Sampling Kit ― This includes Teflon

Printer HMI 97050

Versatility and Convenience ― The sensors can be

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Vial Sampling Kit ― The CheckPoint Vial Sampling

Options

calibrated to a reference TOC instrument, allowing

calibration testing

for rapid diagnostic sampling and troubleshooting.

throughout the pharmaceutical manufacturing facility

to 1,000 ppb and can measure TOC in hot or ozonat-

qualification requirements.

• The CheckPoint , which is designed to meet the

tronics manufacturers new problem-solving and

conductivity, temperature- compensated conductivity

Checkpoint with I/O board PRD 97160

ductivity measurement (Direct Conductometric). They

or Cogeneration Condensate Polish Control) ― The

provide a reliable low-cost TOC approach useful for

CheckPoint provides sensitive detection of trace organic

CheckPoint sensors can be used online for continuous

problems in real time. The CheckPoint Pharma can be

maintenance. Calibration is typically stable for six

• Display screen and documentation available in

binary input (remote start/stop), and two alarms with

e

specifications are met at 40–55 °C (104–131 °F)

conductivity accuracy is ± 2.4%, and TOC accuracy is ± 6.7% on 500 ppb C of sucrose.

• The CheckPoint Pharma has a dynamic range of 0.21

(SOP) to meet installation, operation, and performance

Measure low-level total organic carbon (TOC) anywhere,

Pharmaceutical ― The CheckPoint Pharma provides

The two CheckPoint models have the same specifications

for multi-point water monitoring, diagnostics, and

greater sensitivity requirements of the semiconductor,

diagnostic capabilities. In addition to providing contin-

(TOC) sensors. Affordable, versatile, and portable, the

screening potential trouble areas, and diagnosing

ity, UV oxidation of organics, and a final, post-UV con-

Power (UPW, Cation Conductivity Control, Makeup,

monitoring or hand-carried to any point in a water system

placed at a dedicated point of use or conveniently moved

Applications

• Microélectroniques
• Pharmaceutiques