Select model:
106 | 106F | 106S
Model 106
McMillan Model 106 FLO-SENSORS are capable of measuring extremely low liquid flow rates from 15 mL/minute up to 10 L/minute with a full scale accuracy of ±1.0% or better!
A wide variety of fluids may be measured. Repeatable results are achieved using a patented Pelton-type microturbine wheel. This proven design has been providing precision results since 1988 and has developed a well-deserved reputation for continuous operational service for many years without failure.
Because of the compact size and economical cost of these products, the Model 106 FLO-SENSORS are suitable for a wide variety of industrial, commercial, laboratory and O.E.M. applications. Some sample applications include measurement of hydrocarbon fluids, fuels, light oils, solvents, coolant, pesticides, mild acids, alkalis, and deionized water.
Several power and output configurations are available,including both pulse and analog outputs. NIST Traceable certificates are available.
Model 106 Features & Options
ACCURACY/LINEARITY
Analog output models have an accuracy specification of ±1.0% full scale (including linearity). Pulse output models have an accuracy specification of ±3.0% full scale (including linearity).
CALIBRATION
All units are calibrated at the factory using deionized water. Calibration curves may be requested for fluids with viscosities differing from water.
DISPLAYS
McMillan has a comprehensive range of remote displays for use with FLO-SENSORS. Please review displays available online or request further information from the factory.
ELECTRICAL CONNECTIONS
All units have an integrated PVC-jacketed cable terminated with pigtail leads. This 4-wire cable includes both power and signal connections. Cable length is specified in the part number.
FLOW RANGES
Flow ranges from 15-100 mL/minute up to 1-10 L/minute are available. Consult the factory for custom requirements.
FLUID CONNECTIONS
All units have compression tube fittings standard. Flaretek-compatible male flare fittings are optional. Fittings are installed using 1/8″ NPT ports. Due to assembly considerations, fittings should only be installed and removed by the factory. Non-standard connection types may be available upon request.
MT MOUNTING PLATE
Standard Model 106 units mount from the bottom. The optional MT mounting plate allows the unit to be mounted from the top, as seen in the picture.
POWER
Units may be specified to operate with either 12 VDC or 24 VDC power. Various power adapters are available for use with 12 VDC versions.
SIGNAL OUTPUTS
Units may be configured for either pulse output or analog output. Analog output choices include 4-20 mA, 0-5 VDC, and 0-10 VDC.
TX EXTERIOR COATING OPTION
The standard Model 106 has exposed aluminum and stainless steel parts on the exterior. The TX option replaces those components with PFA and Parylene coated components for extra protection against corrosive elements.
UHP APPLICATIONS
If you wish to measure the flow rate of a high purity fluid, consider the Model U707 or Model U708 instead.
WETTED MATERIALS
All units have only PTFE, perfluoroelastomers, sapphire, and PFA as wetted parts.
Model 106F
McMillan Model 106F FLO-SENSORS are capable of measuring extremely low liquid flow rates from 15 mL/minute up to 50.0 L/minute with a full scale accuracy of ±1.0% or better!
A wide variety of fluids may be measured. Repeatable results are achieved using a patented Pelton-type microturbine wheel. This proven design has been providing precision results since 1988 and has developed a well-deserved reputation for continuous operational service for many years without failure.
Because of the compact size and economical cost of these products, the Model 106F FLO-SENSORS are suitable for a wide variety of industrial, commercial, laboratory and O.E.M. applications. Some sample applications include measurement of hydrocarbon fluids, fuels, light oils, solvents, coolant, pesticides, mild acids, alkalis, and deionized water.
Several power and output configurations are available,including both pulse and analog outputs. NIST Traceable certificates are available.
Integrated flare fittings are standard. Please verify connectivity with flare fittings in industrial applications.
106F Features & Options
ACCURACY/LINEARITY
Analog output models have an accuracy specification of ±1.0% full scale (including linearity). Pulse output models have an accuracy specification of ±3.0% full scale (including linearity).
CALIBRATION
All units are calibrated at the factory using deionized water. Calibration curves may be requested for fluids with viscosities differing from water.
DISPLAYS
McMillan has a comprehensive range of remote displays for use with FLO-SENSORS. Please review displays available online or request further information from the factory.
ELECTRICAL CONNECTIONS
All units have an integrated PVC-jacketed cable terminated with pigtail leads. This 4-wire cable includes both power and signal connections. Cable length is specified in the part number. FLOW RANGES Flow ranges from 15-100 mL/minute up to 5-50 L/minute are available. Consult the factory for custom requirements.
FLUID CONNECTIONS
All units have integrated Flaretek-compatible male flare fittings.
POWER
Units may be specified to operate with either 12 VDC or 24 VDC power. Various power adapters are available for use with 12 VDC versions.
SIGNAL OUTPUTS
Units may be configured for either pulse output or analog output. Analog output choices include 4-20 mA, 0-5 VDC, and 0-10 VDC.
UHP APPLICATIONS
If you wish to measure the flow rate of a high purity fluid, consider the Model U701 or Model U702 instead.
WETTED MATERIALS
All units have only PTFE, perfluoroelastomers, and sapphire wetted parts.
Model 106S
McMillan Model 106S FLO-SENSORS are capable of measuring extremely low liquid flow rates from 15 mL/minute up to 50 L/minute with a full scale accuracy of ±1.0% or better!
A wide variety of fluids may be measured. Repeatable results are achieved using a patented Pelton-type microturbine wheel. This proven design has been providing precision results since 1988 and has developed a well-deserved reputation for continuous operational service for many years without failure.
Because of the compact size and economical cost of these products, the Model 106S FLO-SENSORS are suitable for a wide variety of industrial, commercial, laboratory and O.E.M. applications. Some sample applications include measurement of hydrocarbon fluids, fuels, light oils, solvents, coolant, pesticides, mild acids, alkalis, and deionized water.
Several power and output configurations are available,including both pulse and analog outputs. NIST Traceable certificates are available.
Integrated flare fittings are standard. Please verify connectivity with flare fittings in industrial applications.
106S Features & Options
ACCURACY/LINEARITY
Analog output models have an accuracy specification of ±1.0% full scale (including linearity). Pulse output models have an accuracy specification of ±3.0% full scale (including linearity).
CALIBRATION
All units are calibrated at the factory using deionized water. Calibration curves may be requested for fluids with viscosities differing from water.
DISPLAYS
McMillan has a comprehensive range of remote displays for use with FLO-SENSORS. Please review displays available online or request further information from the factory.
ELECTRICAL CONNECTIONS
All units have an integrated PVC-jacketed cable terminated with pigtail leads. This 4-wire cable includes both power and signal connections. Cable length is specified in the part number.
FLOW RANGES
Flow ranges from 15-100 mL/minute up to 5-50 L/minute are available. Consult the factory for custom requirements.
FLUID CONNECTIONS
All units have integrated Flaretek-compatible male flare fittings.
POWER
Units may be specified to operate with either 12 VDC or 24 VDC power. Various power adapters are available for use with 12 VDC versions.
SIGNAL OUTPUTS
Units may be configured for either pulse output or analog output. Analog output choices include 4-20 mA, 0-5 VDC, and 0-10 VDC.
UHP APPLICATIONS
If you wish to measure the flow rate of a high purity fluid, consider the Model U705 or Model U706 instead.
WETTED MATERIALS
All units have only PTFE, perfluoroelastomers, and sapphire wetted parts.
Pressure Drop
Specifications
- Accuracy (including linearity, best fit straight line):
- Model 106: Pulse Output Models: ±3.0% Full Scale
Analog Output Models: ±1.0% Full Scale
Model 106F: Pulse Output Models: ±3.0% Full Scale
Analog Output Models: ±1.0% Full Scale
Model 106S: Pulse Output Models: ±3.0% Full Scale
Analog Output Models: ±1.0% Full Scale - Repeatability:
- Model 106: ±0.2% Full Scale
Model 106F: ±0.2% Full Scale
Model 106S: ±0.2% Full Scale - Pressure Rating:
- Model 106: Working Pressure: 60 psig (4 bar)
Overpressure Limit: 80 pig (5.4 bar)
Model 106F: Working Pressure: 60 psig (4 bar)
Overpressure Limit: 100 psig (6.8 bar)
Model 106S: Working Pressure: 60 psig (4 bar)
Overpressure Limit: 100 psig (6.8 bar) - Temperature Rating (Environment):
- Model 106: Standard Operating: 5 to 55ºC
HT Operating: 5 to 85ºC
Storage: 0 to 70ºC
Model 106F: Standard Operating: 5 to 55ºC
HT Operating: 5 to 85ºC
Storage: 0 to 70ºC
Model 106S: Standard Operating: 5 to 55ºC
HT Operating: 5 to 85ºC
Storage: 0 to 70ºC - Temperature Sensitivity:
- Model 106: ±0.2% Full Scale or less per ºC Model 106F: ±0.2% Full Scale or less per ºC Model 106S: ±0.2% Full Scale or less per ºC
- Wetted Materials:
- Model 106: PTFE
Sapphire
Kalrez
PFA Fittings
Model 106F: PTFE
Sapphire
Kalrez
Model 106S: PTFE
Sapphire
Kalrez - Recommended Filtration:
- Model 106: 25 microns or less
Model 106F: 25 microns or less
Model 106S: 25 microns or less - Compatible Liquids:
- Model 106: Low viscosity (<10 cS recommended)
Minimum amount of entrained air
Pulse output models: Translucent or transparent
Model 106F: Low viscosity (<10 cS recommended)
Minimum amount of entrained air
Pulse output models: Translucent or transparent
Model 106S: Low viscosity (<10 cS recommended)
Minimum amount of entrained air
Pulse output models: Translucent or transparent - Warm-Up Time:
- Model 106: None Model 106F: None Model 106S: None
- Zero Drift:
- Model 106: None Model 106F: None Model 106S: None
- Calibration Interval:
- Model 106: Calibration should typically be verified once every 12 months
Model 106F: Calibration should typically be verified once every 12 months
Model 106S: Calibration should typically be verified once every 12 months - Power Requirements:
- Model 106: A Suffix: 12-15 VDC, 50 mA
B,J Suffix: 22-25 VDC, 55 mA
C Suffix: 22-25 VDC, 75 mA
E Suffix: 22-25 VDC, 50 mA
D,K Suffix: 12-15 VDC, 55 mA
Model 106F: A Suffix: 12-15 VDC, 50 mA
B,J Suffix: 22-25 VDC, 55 mA
C Suffix: 22-25 VDC, 75 mA
E Suffix: 22-25 VDC, 50 mA
D,K Suffix: 12-15 VDC, 55 mA
Model 106S: A Suffix: 12-15 VDC, 50 mA
B,J Suffix: 22-25 VDC, 55 mA
C Suffix: 22-25 VDC, 75 mA
E Suffix: 22-25 VDC, 50 mA
D,K Suffix: 12-15 VDC, 55 mA - Electrical Connections:
- Model 106: Integrated, shielded 4-conductor cable with PVC jacket.
Model 106F: Integrated, shielded 4-conductor cable with PVC jacket.
Model 106S: Integrated, shielded 4-conductor cable with PVC jacket. - Typical Response Time:
- Model 106: Pulse Output: typically <300 mS for 97% final value
Analog Output: typially <1 S for 97% final value
Model 106F: Pulse Output: typically <300 mS for 97% final value
Analog Output: typially <1 S for 97% final value
Model 106S: Pulse Output: typically <300 mS for 97% final value
Analog Output: typially <1 S for 97% final value - Reliability:
- Model 106: 100,000 Hours MTBF (testing ongoing)
Model 106F: 100,000 Hours MTBF (testing ongoing)
Model 106S: 100,000 Hours MTBF (testing ongoing) - Approvals/Certifications:
- Model 106: CE Approved
89/336/EEC (EN 55011 & EN 50082-1)
73/23/EEC Low Voltage Directive
Model 106F: CE Approved
89/336/EEC (EN 55011 & EN 50082-1)
73/23/EEC Low Voltage Directive
Model 106S: CE Approved
89/336/EEC (EN 55011 & EN 50082-1)
73/23/EEC Low Voltage Directive - Ratings:
- Model 106: IP53 (NEMA 2)
Model 106F: IP53 (NEMA 2)
Model 106S: IP53 (NEMA 2) - Pulse Output:
- Model 106: Optional
Opto-isolated passive pulse
Bidirectional BOSFET
2500 volt isolation
Zero pulses at zero flow
Typical output 0-400 Hz
Pulse height determined by external power source
Model 106F: Optional
Opto-isolated passive pulse
Bidirectional BOSFET
2500 volt isolation
Zero pulses at zero flow
Typical output 0-400 Hz
Pulse height determined by external power source
Model 106S: Optional
Opto-isolated passive pulse
Bidirectional BOSFET
2500 volt isolation
Zero pulses at zero flow
Typical output 0-400 Hz
Pulse height determined by external power source - 0-10 VDC Output:
- Model 106: Optional
Zero VDC at zero flow
Output load should not exceed 5000 ohms
Non-isolated
Model 106F:Optional
Zero VDC at zero flow
Output load should not exceed 5000 ohms
Non-isolated
Model 106S: Optional
Zero VDC at zero flow
Output load should not exceed 5000 ohms
Non-isolated - 4-20 mA Output:
- Model 106:Optional
4 mA at zero flow
Current loop should not be less than 500 ohms
Non-isolated
Model 106F: Optional
4 mA at zero flow
Current loop should not be less than 500 ohms
Non-isolated
Model 106S: Optional
4 mA at zero flow
Current loop should not be less than 500 ohms
Non-isolated - 0-5 VDC Output:
- Model 106:Optional
Zero VDC at zero flow
Output load should not exceed 2500 ohms
Non-isolated
Model 106F: Optional
Zero VDC at zero flow
Output load should not exceed 2500 ohms
Non-isolated
Model 106S: Optional
Zero VDC at zero flow
Output load should not exceed 2500 ohms
Non-isolated - Fluid Connections:
- Model 106: PFA Tube Fittings Standard
PFA Flare Fittings Optional
Model 106F: Integrated male flare (Flaretek compatible) fittings
Model 106S: Integrated male flare (Flaretek compatible) fittings - Non-Wetted Materials:
- Model 106: PTFE
Ryton
Viton
Aluminum (not on TX models)
Stainless Steel
PVC
Model 106F: PTFE
Ryton
Viton
Aluminum (not on TX models)
Stainless Steel
PVC
Polypropylene
Model 106S: PTFE
Ryton
Viton
Aluminum (not on TX models)
Stainless Steel
PVC
Polypropylene
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