Model | PTM600OZ |
Measuring range | 0-200g/Nm3 |
Optional ranges | 0-300g/Nm3, 0- 100g/Nm3, 0-50g/Nm3, 0- 1000ppm |
Light source life | Approx. 30,000 - 50,000 hours |
Sampling method | positive pressure sampling, negative pressure sampling (optional) |
Display interface | 4.3" touch screen operator interface |
Content interface | Ozone concentration, temperature, pressure |
Auxiliary functions | Temperature compensation, pressure compensation |
Display units | g/Nm3, mg/NL, %WT optional |
Display resolution | 0.01g/Nm3 |
Gas flow | 0.5L ± 0.2L/min |
Input pressure | <0. 1 MPa |
Concentration error | 0.3% FS max |
Linearity error | 0.2% FS max |
Zero point drift | <±0.3%.FS |
Response time | 0.03 s for signal, 0.3 s for display |
Ambient temperature | -20 to 50。C |
Piping connection | Quick screw (stainless steel) |
Tandem sample aperture | Φ8 (8mm*6mm) (optional) |
Bypass sampling aperture | Φ6 (6mm*4mm) |
Communication method | RS-485 |
Output mode | 4-20mA (active) |
Relay signal | Relay signal for high alarm point, relay signal for low alarm point |
Power supply | AC 110-220V |
Dimensions | 160mm (H) x 260mm (W) x 300mm (D); |
Note | 1mg/L = 1g/m3 = 467PPM. |
Free warranty | 24 months (mainframe sensor) |
UV Ozone Gas Analyzer for Industrial Ozone Concentration Measurement PTM600OZ
The PTM600OZ ozone gas analyser calculates the current ozone concentration by measuring the change in light signal intensity before and after ozone absorption of UV light. The equipment uses an advanced dual-light UV light source system with a lamp intelligent management system, which enables the UV lamp to reach the measurement state quickly after switching on. It is mainly used for continuous detection of ozone gas in various industrial environments, and can also be used to detect ozone gas in operating pipelines, vessels and other environments.
COMPANY STRENGTH
The PTM600OZ ozone gas analyser calculates the current ozone concentration by measuring the
change in light signal intensity before and after ozone absorption of UV light. The equipment uses an
advanced dual-light UV light source system with a lamp intelligent management system, which enables the UV lamp to reach the measurement state quickly after switching on. It is mainly used for continuous detection of ozone gas in various industrial environments, and can also be used to detect ozone gas in operating pipelines, vessels and other environments.
The ozone analyser has a touch screen operator interface with real time display of ozone gas
concentration, with pressure and temperature compensation and display, and can be set for automatic zero time and manual zeroing mode. High concentration (g/Nm3) range with flow input and real time display of ozone generator output. Two sets of relay signal outputs are available, allowing the user to choose between high and low alarm point signal output connections. The core component adopts UV long life light source system with high transmittance quartz sheet to ensure the stability of the zero point and prevent the zero point drift from affecting the accuracy of the detection concentration. According to the foreign light cell technology design of pressure-resistant, impact-resistant independent light cell structure, zero calibration operation gas flow, pressure, flow rate remains unchanged, to prevent the impact of airflow on the zero calibration, without closing the ozone inlet can complete the zero calibration operation, to ensure that the equipment can be 24 hours a day continuous operation.
Features
Product structure composition
INLET - IN: The inlet of the ozone analyzer in series in the ozone pipeline, if bypass sampling is done as ozone inlet.
INLET - OUT: The outlet of the ozone analyzer in series in the ozone pipeline, if bypass sampling is done, this outlet will be blocked.
INLET - OUT: The outlet of the ozone analyzer, which has a built-in ozone destroyer, and the outlet has no ozone smell and can be discharged indoors.
Signal terminal output:
| (01)4-20MA+ current signal output | (08)ALARM LOW :NO Low alarm point - normally open |
| (02)4-20MA- current signal output | (09)ALARM LOW:COM Low alarm point - common |
| (03)RS485+ communication interface | ( 10)ALARM LOW:NC Low alarm point-normally closed |
| (04)RS485- communication interface | ( 11)FLOW SIGNAL+ FLOW SIGNAL+ Yield calculation flow signal access |
| (05)ALARM HIGH:NO High alarm point - normally open | ( 12)Flow signal - FLOW SIGNAL - yield calculation flow signal access |
| (06)ALARM HIGH:COM High Alarm Point - Common | ( 13)Function interface + FUNCTION+ Reserved function: Ozone generator deployment |
| (07)ALARM HIGH:NC High Alarm Point- Normally Closed | ( 14)Function interface - FUNCTION- Reserved function: Ozone generator deployment |
Selectable ranges and operating modes:
| Measurement range | Sampling method | Applications |
| 0-300g/Nm3 | Positive pressure sampling with pressure and temperature compensation | Real-time detection of ozone generator outlet concentration |
| 0- 100g/Nm3 | Positive pressure sampling with pressure and temperature compensation | Real-time detection of ozone generator outlet concentration |
| 0-50g/Nm3 | Positive or negative pressure sampling with pressure and temperature compensation | Ozone generator outlet or tail gas ozone concentration detection |
| 0- 1000ppm | Positive or negative pressure sampling with pressure and temperature compensation | Real-time detection of ozone concentration in the chamber |
PTM600OZ type ozone gas concentration analyzer - positive pressure sampling connection process
PTM600OZ ozone gas concentration analyzer-Negative pressure sampling connection process:
Functional parameters
| Model | PTM600OZ |
| Measuring range | 0-200g/Nm3 |
| Optional ranges | 0-300g/Nm3, 0- 100g/Nm3, 0-50g/Nm3, 0- 1000ppm |
| Light source life | Approx. 30,000 - 50,000 hours |
| Sampling method | positive pressure sampling, negative pressure sampling (optional) |
| Display interface | 4.3" touch screen operator interface |
| Content interface | Ozone concentration, temperature, pressure |
| Auxiliary functions | Temperature compensation, pressure compensation |
| Display units | g/Nm3, mg/NL, %WT optional |
| Display resolution | 0.01g/Nm3 |
| Gas flow | 0.5L ± 0.2L/min |
| Input pressure | <0. 1 MPa |
| Concentration error | 0.3% FS max |
| Linearity error | 0.2% FS max |
| Zero point drift | <±0.3%.FS |
| Response time | 0.03 s for signal, 0.3 s for display |
| Ambient temperature | -20 to 50。C |
| Piping connection | Quick screw (stainless steel) |
| Tandem sample aperture | Φ8 (8mm*6mm) (optional) |
| Bypass sampling aperture | Φ6 (6mm*4mm) |
| Communication method | RS-485 |
| Output mode | 4-20mA (active) |
| Relay signal | Relay signal for high alarm point, relay signal for low alarm point |
| Power supply | AC 110-220V |
| Dimensions | 160mm (H) x 260mm (W) x 300mm (D); |
| Note | 1mg/L = 1g/m3 = 467PPM. |
| Free warranty | 24 months (mainframe sensor) |
Application Scenarios
Ozone generator manufacturers, municipal water industry, industrial wastewater industry, fine chemical industry, food and drinking water industry, space disinfection industry, pool disinfection industry, flavor synthesis industry and other industries using ozone generator.
Ozone generator manufacturers, municipal water industry, industrial wastewater industry, fine chemical industry, food and drinking water industry, space disinfection industry, pool disinfection industry, flavor synthesis industry and other industries using ozone generator.
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