PTV1000 Process Turbidimeter with Bluetooth®; IR Light Source, ISO

Process Turbidity Simplified

  • Online Turbidimeter for ISO 7027 compliance
  • Compatible with AquaLXP mobile app
  • Low maintenance design saves operator's time
  • Simplified calibration process

Details Matter. The development of the PTV Series considered every aspect of process turbidity workflow - from installation and setup; daily measurement and control; routine procedures such as calibration, verification and maintenance; to data collection and management. 

The PTV Series is optimized for monitoring filter effluent in a regulatory environment.  By focusing on helping operators manage routine workflows, the instruments deliver an easy to use system with unsurpassed accuracy when monitoring low levels of turbidity.  

Every instrument has an integrated touchscreen display, which makes it easy to see current turbidity values and to assess the status of the instrument.  Outputs and alarm status are always clearly visible, and can alert operators to an issue.   

The flow body is easy to clean - there are no “nooks and crannies” where particles can settle. The body can be easily drained for cleanings or calibrations with quick-connect fixtures and collecting a grab sample for verification does not require the operator to disconnect tubing to access the sample.  The low volume flow body allows changes in turbidity levels to be seen faster than competitive instruments.  

All models feature a solid state light source which means there are no bulbs to change over the life of the instrument.  The optical design has eliminated the chance for condensation and fogging, without the use of desiccants, and there is no risk of fouling the optical system with the presence of iron and manganese.  

The PTV Series also makes it easier than ever to access and analyze data.  Every logged reading, calibration and verification associated with a measurement module over its lifetime is stored locally, ensuring proof of routine data is never deleted or unavailable.  Operators are able to access the information directly from the instrument, so there is no need to locate maintenance logs or pull the data from a SCADA system. 

 

Part Number 6125684

1 pc.

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Applications

  • Drinking Water Treatment

Product information

The PTV1000 Process Turbidimeter is optimized for monitoring filter effluent in a regulatory environment. White Light and IR LED light sources are available.

The instruments are designed to consider every aspect of an operators’ work flow with an emphasis on simplicity and accuracy.

Optics Infrared light
Accuracy ± 2 % of reading from 0 to 10 NTU
± 4 % of reading between 10 to 100 NTU
Display Touchscreen
Interfaces Bluetooth
Stray Light smaller 0.005 / 5 mNTU
Displayed Resolution up to 0.0001 NTU (range dependent) or 5 digits displayed
Repeatability / Precision better than 1% at 1 NTU
Initial Response 10 % change: 15 seconds @ max flow
Step Response (T-90), less than 240 seconds at 200 ml/min. at 1 NTU
Signal Averaging User Selectable: 1, 3, 6, 10, 30, 60, and 90 seconds, defaulted to 30 seconds
Sample Temperature 0 - 50 °C (32 to 122 °F) max sample temperature: 70 °C (158 °F)
Sample Flow 30 to 500 ml/min, optimal flow: 50 to 80 ml/min
Sample Inlet Connection 1/4-inch NPT female, 1/4-inch compression fitting tubing (included)
Sample Outlet (Drain) Connection 3/8-inch NPT female, 3/8-inch hose barb tubing (included)
Power Requirements 90 to 264 VAC, 50/60 Hz. Auto Select
Sample Inlet Tubing 1/4-inch OD or 6 mm OD
Sample Oulet Tubing 3/8-inch OD or 9 mm OD
Turbidimeter Body Drain Quick connect with integrated check valve
Calibration One Point Calibration at 5.0 or 20 NTU with any regulatory approved formazin
Analog Output: Measurement Module 1 selectable 0 - 20 mA or 4 - 20 mA; output span programmable over any portion of the measurement range
Analog Output: Junction Box 1 selectable 0 - 20 mA or 4 - 20 mA; output span programmable over any portion of the measurement range
Alarms Three set-point alarms, each equipped with an SPDT relay with unpowered contacts rated 5 A resistive load at 230 V, AC
Digital protocol 4-20 mA
Enclosure Type: Junction Box Fiber reinforced polyester
Enclosure Rating: Junction Box IP 66
Safety Listed by TÜV Rheinland to UL 61010A-1: Certified by TÜV Rheinland to CSAC22.2 No. 1010.1: CE Certified by TÜV Rheinland to EN 61010-1
Immunity CE certified by TÜV Rheinland to EN 61326 (Industrial Levels)
Mounting Hardware Turbidimeter Sensor - Slotted Mounting Bracket that can be affixed to any vertical surface or panel (Optional). Junction Box - Direct mounting to any vertical surface or panel (Optional)
Method of Verification Wet Standards or dry verification device
Limit of Determination 0.0005 NTU
Limit of Detection 0.005 NTU
Flow Indicator no
Portability Process
Environmental Conditions 5 - 50 °C (41 to 122 °F), rel. humidity 5 - 95 % (Non-condensing)
Stock Conditions -40 - 60 °C (-40 - 140 °F)
Compliance ISO 7027
Dimensions 158.4 x 340.4 x 334.5 mm
Testparameter Measuring Range Method No.
Turbidity 0.0001 - 100 NTU
Title Part Number Add to quotation cart
T-CALplus® -Standard, 0.30 NTU, Standard for Verification 48010035
T-CALplus® -Standard, 1.00 NTU, Standard for Verification 48010135
T-CALplus® -Standard, 20 NTU, Standard for Calibration 48010335
T-CALplus® -Standard, 5.00 NTU, Standard for Calibration 48010235
T-CAL®-Standard, 0,30 NTU, 500 ml 48011050
T-CAL®-Standard, 1,00 NTU, 500 ml 48011150
T-CAL®-Standard, 20,00 NTU, 500 ml 48012350
T-CAL®-Standard, 5,00 NTU, 500 ml 48012250
Scale Remover 54013003
Detergent Solution 54011010
Cleaning Solution 54010435
Panel, Instrument and Sample Management 19806-088
Assembly, Fluidics Manifold 19806-056
Constant Head Height Regulator 19806-058
Rotometer, 25 to 100 mL/min 19806-087
Tablet Wall Mount 19806-521
Dry Verification STD, Low Range ( < 10 NTU) 19806-111
Dry Verification STD, High Range ( > 10 NTU) 19806-110
T-CALplus Calibration Tube Assembly (Blue Tube)- 19806-062
Pad, Application, Microfiber, w/pocket 19806-803
Rinse bottle, 500 ml 420056
Kit, Fittings & Tubing 19806-059
Cleaning Tube Assembly (Black Tube) 19806-072
Kit, Bubble trap cover Replacement (comes with O-ring) 19806-077
Seal, Bubble trap cover, -241 - 19806-554
Valve; 1/4" Tubing Quick Connect 19806-494
Kit, Beam dump Replacement (comes with O-ring), for PTV 1000, PTV 2000 19806-078
O-ring, for Beam Dump 19806-416
Fitting, Quick Connect, Male 19806-436
Lanyard Strap 19806-448
Fitting, Quick Connect, Female 19806-449
Kit, Knob for bubble trap 19806-079
Kit, Drain fitting 19806-080
Assembly, Float 19806-054
Kit, Drain cover 19806-081
O-ring, Rear Drain cover 19806-434
Brass mounting cup assembly 19806-106
Mounting Cleat, for PTV 1000, PTV 2000 19806-082
Tubing, 1/4" OD, black, Polyethylene 19806-429
Tubing, 3/8" ID x 1/2" OD x 1/16" Wall, Clear PVC 19806-531
Kit, Flow body assembly, with Flow Meter 19806-083
Kit, Flow body assembly, without Flow Meter 19806-084
Measurement Module, PTV 1000 IR, with Bluetooth® 19806-701
Measurement Module, PTV 1000 IR 19806-700
Kit, Illuminator Lens Sub Assembly 19806-085
Illuminator O-ring 19806-407
Insert, Measurement Module Holder, Instrument Panel 19806-570
Fuse, 1.6A, 250VAC 19806-206
Strain Relief, 3/8" NPT 19806-527
Plug for Conduit holes 19806-487
Kit, Installation Connectors 19806-086
Title Online Download Type Format Language Direct Download
Datasheet 6125684 - PTV1000 Process Turbidimeter with Bluetooth®; IR Light Source, ISO Datasheet PDF (0.20 MB)
PTV series Leaflets PDF (0.24 MB)
PTV series Leaflets PDF (0.34 MB)
Instruction Manual Instruction Manual PDF (5.55 MB)
Instruction Manual Instruction Manual PDF (3.20 MB)
EU-Declaration of Conformity Declaration of Conformity PDF (0.19 MB)
The Bluetooth®  word mark is a registered trademark owned by Bluetooth SIG, Inc. and any use by Lovibond® Tintometer GmbH is under license. IOS® is a registered trademark of Cisco, Inc. and licensed to Apple, Inc. Android™ is a trademark of Google, Inc.
Bluetooth®  is a wireless technology subject to regional approval. The use of Lovibond® instruments with Bluetooth® technology is currently only allowed in certain regions of the world. The use of the instruments will also be possible in other regions in the future. For current regions and further information, click here