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XRF ANALYSIS
XRF COATING THICKNESS


Mass Flow Meter

 Mass Flow Controller

Compact Digital MFC / MFM MODEL EX-250S SERIES

 Compact Digital MFC / MFM MODEL EX-250S SERIES

EXCELLENT performance and compact mass flow device
Features

Lower cost but high accuracy measurement.
High speed response and zero stability.
0-5VDC or 4-20mA input/output signal and +/-15VDC or 24VDC power supply.
Mediocrity D-sub 9pin.
Gases registered in EX-250S are usable by rotary-switch.
*Calculate the flow rate with conversion factor based on N2 gas.
RoHS compliance, CE marked.

 Stand Specifications
 

Model

Mass Flow Controller

Mass Flow Meter

EX-250SC

EX-250SM

Sensor type

Thermal sensor

Valve type

Normally closed proportional solenoid valve

-

Applicable gases*1

N2AirH2HeArO2CO2 etc.

(Gases not specifically mentioned here are subject to calibration for N2 equivalent.)

Flow range*2

10SCCM 5SLM

Controlmeasurerange

2 100%(F.S.)

Response

≤ 1sec within ± 2%F.S.)(*8

Accuracy*3

± 1.0%F.S.

Repeatability

± 0.2%F.S.

Operating differential pressure*4

50 300kPaArCO2:100kPa 300kPa

-

Inlet maximum pressure

500kPaG

Proof pressure

980kPaG

External leak rateHe

≤ 1.0 × 10-8Pam3/sec

Temperature

Working temp.

5 50

Accuracy guaranteed temp.

15 35

Allowable storage temp.

-10 60

Allowable operating humidity

10 90%RH (without dew condensation)

Materials of gas contact part

SUS316, SUS316L, magnetic stainless steel*5, PTFE, FKM

Electrical connection

Dsub 9pin KFC StandardSEMI standard compliant

HR-10A

Flow rate setting signal

05VDC(input impedance: approx. 1M Ω)

-

or 420mA(input impedance: approx. 250 Ω)

Flow rate output signal

0 5VDC( load resistance 10k Ω)

or 4 20mA( load resistance 500 Ω)

Digital communication

RS485rotary-switch address setting

Required power supply (DC)

+15VDC( ± 5%)100mA , -15VDC± 5%150mA

or +24VDC± 10% ≤180mA (MFM would be ≤100mA)

Joint*6

1/4F900standard

Mounting posture

Horizontal installation recommended.

Weight*7

Approx.500g

Approx.440g

 
 
 
 

*1) The gases must be dry and clean, free of corrosive components and foreign matter such as dust and mist.

*2) The flow rate calibration units SCCM and SLM indicate a mass flow rate converted to a volume flow rate in cc/min

          and L/min at 0°C and 1 atm.

*3) Accuracy for calibration gas: N2, flow range (max. full scale).

*4) The operating differential pressure may differ depending on specifications.

*5) Mass flow meter does not contain magnetic stainless steel.

*6) Contact us for any other joints.
*7) Exclusive of weight of joint.
*8) Pressure condition would be needed when you order.
 
 


 

 

All Metal Digital MFC / MFM MODEL EX-550 SERIES

 All Metal Digital MFC / MFM MODEL EX-550 SERIES

EXCELLENT performance and compact mass flow device

Features

Metal sealing design
Lower cost but high accuracy measurement.
High speed response and zero stability.
0-5VDC or 4-20mA input/output signal and +/-15VDC or 24VDC power supply.
Mediocrity D-sub 9pin.
Gases registered in EX-550 are usable by rotary-switch.
*Calculate the flow rate with conversion factor based on N2 gas.
RoHS compliance, CE marked.

 
 
Stand Specifications

Model

Mass Flow Controller

Mass Flow Meter

EX-550C

EX-550M

Sensor type

Thermal sensor

Valve type

Normally closed proportional solenoid valve

-

Applicable gases*1

N2AirH2HeArO2CO2 etc.

(Gases not specifically mentioned here are subject to calibration for N2 equivalent.)

Flow range*2

10SCCM 5SLM

Controlmeasurerange

2 100%(F.S.)

Response

≤ 1sec within ± 2%F.S.)(*4

Accuracy

± 1.0%S.P. (25%F.S. 100%F.S.) , ± 0.25%F.S. ( 25%F.S.)

Repeatability

± 0.2%FS

Operating differential pressure*3

50 300kPaArCO2:100kPa 300kPa) 

-

Inlet maximum pressure

350kPaG

Proof pressure

980kPaG

External leak rateHe

≤ 1.0 × 10-11Pam3/sec

Temperature

Working temp.

5 50

Accuracy guaranteed temp.

15 35

Allowable storage temp.

-10 60

Allowable operating humidity

10 90%RHwithout dew condensation

Materials of gas contact part

SUS316LPTFENi-Co

Electrical connection

Dsub 9pin KFC StandardSEMI standard compliant

HR-10A × 2

Flow rate setting signal

05VDC(input impedance: approx. 1M Ω)

-

or 420mA(input impedance: approx. 250 Ω)

Flow rate output signal

0 5VDC( load resistance 10k Ω)

or 4 20mA( load resistance 500 Ω)

Digital communication

RS485rotary-switch address setting

Required power supply (DC)

+15VDC( ± 5%)100mA , -15VDC± 5%150mA

or +24VDC± 10% ≤180mA (MFM would be ≤100mA)

Joint

1/4VCR

Mounting posture

Free

Weight

Approx.800g

Approx.550g

 
 

*1) The gases must be dry and clean, free of corrosive components and foreign matter such as dust and mist.

*2) The flow rate calibration units SCCM and SLM indicate a mass flow

          rate converted to a volume flow rate in cc/min and L/min at 0°C and 1 atm.

*3) The operating differential pressure may differ depending on specifications.

*4) Pressure condition would be needed when you order.

 

Digital Mass Flow Controller DF-200C SERIES

 

Digital Mass Flow Controller DF-200C SERIES

The DF-200 series is a high performance digital mass flow controller with ±1%S.P. accuracy and ≤1 sec response.
It also has multple-gas and multiple-range function of seven gases and the ease of changing the flow rate range of each gases.

Features

High accuracy(±1%RD),Fast response(1 sec.max.in all range)
Multiple ranges and multiple gases supported
Communications functions installed as standard feature(RS485)
RoHS/CE Standard compliant

 
 
Standard Specifications

 

Sensor type
Thermal sensor
Valve type

Normally closed proportional solenoid valve

Applicable gases*1

Multiple gases : N2 (Air, H2, He, Ar, O2, CO2)*2

Flow range*3

10/30/50/100/300/500 SCCM, 1/3/5/10 SLM*2

Control range
2 to 100% (F.S.)
Response*4

Total flow rate control range ±1 sec (within ±2% F.S.)

Accuracy*5

±1.0% S.P. (> 35% F.S.)
±0.35% F.S. (≤ 35% F.S.)

Repeatability
±0.25% F.S.

Operating differential pressure*6

50 to 300 kPa (100 to 300 kPa for Ar and CO2)

Inlet maximum pressure
500kPaG
Proof pressure
980kPaG
External leak rate

≤1.0 x 10-8 Pa·m3/sec (He)

Temperature
Working temp.
5 to 50
Accuracy guaranteed temp.
15 to 35
Allowable storage temp.
-10 to 60

Allowable operating humidity

10 to 90% RH (without dew condensation)

Materials of gas contact part

SUS316, SUS316L, magnetic stainless steel, Ni, PTFE, PCTFE, and FKM

Electrical connection

D-sub 9-pin, KFC standard (SEMI standard compliant), RJ-45 modular jacks (two)

Flow rate setting signal

0 to 5 V DC (input impedance: approx. 1 MΩ)

Flow rate output signal

0 to 5 V DC (load resistance 10 kΩ)

Digital communication

Address setting with RS485 rotary switch : up to 99 devices (9600 bps)

Required power supply (DC)

+15 V DC (±5%): 150 mA, -15 V DC (±5%): 150 mA

Joint*7

1/4 F900 (standard), 1/4 UJR, Rc 1/4

Mounting posture

Horizontal installation recommended.

Weight*8
Approx. 850 g
 
 
 
 

*1 The gases must be dry and clean, free of corrosive components and foreign matter such as dust and mist.

*2 Dedicated software is available to change gases or change the actual full scale (F.S.) within the range of 30 to 100%

    (30 to 80% for CO2 only) of the specified full scale.

*3 The flow rate calibration units SCCM and SLM indicate a mass flow rate

     converted to a volume flow rate in cc/min and L/min at 0°C and 1 atm.

*4 Guarantee for calibration gas: N2.

*5 Accuracy for calibration gas: N2, flow range (max. full scale).

*6 The operating differential pressure may differ depending on specifications.

*7 Contact us for any other joints.

*8 Exclusive of weight of joint.

 

Digital Mass Flow Controller DF-250C SERIES

Digital Mass Flow Controller DF-250C SERIES

 

The DF-250 series is a high performance digital mass flow controller with ≤1 sec response less than 50SLM specification.
The series offers large flow rate line-up up to 300SLM.

Features

Standard gases are calibrated with actual gas
~50SLM model offers fast response of ≤1 sec
10sccm ~ 300SLM flow range line-up
Communications functions installed as standard feature(RS485)
RoHS/CE Standard compliant

 
 
Standard Specifications
Sensor type

Thermal sensor

Valve type

Normally closed proportional solenoid valve

Applicable gases*1

N2, Air, H2, He, Ar, O2, CO2, etc.
(Gases not specifically mentioned here are subject
to calibration for N2 equivalent.)

Air,N2

Flow range*2

10 SCCM to 10 SLM

20 to 50 SLM
(20 to 30 SLM for CO2)

100, 150 SLM

200, 300 SLM

Control range

2 to 100% (F.S.)

5 to 100% (F.S.)

Response*3

Total flow rate control range ≤­ 1 sec (within ±2% F.S.)

 1.5 sec / ≤ 3 sec less than 10%
(within ±2% F.S.)

 2 sec (within ±2% F.S.)
Accuracy*4

±1.0% F.S.

±2.0% F.S

Repeatability
±0.25%F.S.
±0.5%F.S.

Operating differential
pressure*5

50 to 300 kPa
(100 to 300 kPa for Ar and CO2)

100 to 300 kPa
(150 to 300 kPa for Ar and CO2)

150 to 350 kPa

200 SLM : 200 to 350 kPa
300 SLM : 250 to 350 kPa

Inlet maximum pressure
500kPaG
Proof pressure
980kPaG
External leak rate

≤­1.0 x 10-8 Pa·m3/sec (He)

≤­1.0 x 10-7 Pa·m3/sec (He)

 
Working temp.

5 to 50

 
Temperature

Accuracy
guaranteed temp.

15 to 35

 

Allowable
storage temp.

-10 to 60

Allowable operating humidity

10 to 90% RH (without dew condensation)

Materials of gas contact part

SUS316, SUS316L, magnetic stainless steel, Ni, PTFE, PCTFE, and FKM

Electrical connection

D-sub 9-pin, KFC standard (SEMI standard compliant), RJ-45 modular jacks (two)

D-sub 9-pin ,
HR-10A (two)

Flow rate setting signal

0 to 5 V DC (input impedance: approx. 1 MΩ)

Flow rate output signal

0 to 5 V DC (load resistance 10 kΩ)

Digital communication

Address setting with RS485 rotary switch : up to 99 devices (9600 bps)

Required power supply (DC)

+15 V DC (±5%) : 150 mA
-15 V DC (±5%) : 150 mA

+15 V DC (±5%) : 150 mA
-15 V DC (±5%) : 250 mA

24 V DC (±10%) : 450 mA

Joint*6

1/4 F900 (standard), 1/4 UJR, Rc 1/4

1/2 SW (standard), 3/4 SW

Mounting posture

Horizontal installation recommended.

Weight*7

Approx. 850 g

Approx. 1000 g

Approx. 2250 g

Approx. 3500 g

 
 
 

 

*1 The gases must be dry and clean, free of corrosive components and foreign

    matter such as dust and mist.

*2 The flow rate calibration units SCCM and SLM indicate a mass flow rate

    converted to a volume flow rate in cc/min and L/min at 0°C and 1 atm.

*3 Guarantee for calibration gas: N2.

*4 Accuracy for calibration gas: N2, flow range (max. full scale).

*5 The operating differential pressure may differ depending on specifications.

*6 Contact us for any other joints.

*7 Exclusive of weight of joint.

 

Digital Mass Flow Controller with Indicator DF-300C SERIES

 

Digital Mass Flow Controller with Indicator DF-300C SERIES

The Model DF-300C Series is a mass flow controller with an integral
indicator that operates on a 24-V power supply, as developed
in response to the requests from users of the DF Series.
It inherits the features of the DF-200C Series with enhanced
convenience, including accuracy of ±1% S.P., response ­≤1 sec (in
all ranges), and the multiple-gas, multiple-range versatility, i.e.,
support of seven gases (including reference gas) and the ease of
changing the flow rate range of each gas.

Features

High accuracy (±1% S.P.), fast response (≤ 1 sec in all ranges)
Support of multiple ranges and multiple gases
Communication functions installed as standard feature (RS485)
RoHS CE standard compliant
Driven by single 24 V DC supply voltage
With or without indicator (selectable)
Selectable Input/output signal

 
 
 
 
 
Standard Specifications

 

Sensor type
Thermal sensor
Valve type

Normally closed proportional solenoid valve

Applicable gases*1

N2 (Air, H2, He, Ar, O2, CO2)*2

Flow range*3

10/30/50/100/300/500 SCCM, 1/3/5/10 SLM*2

Control range
2 to 100% (F.S.)
Response*4

Total flow rate control range ±1 sec (within ±2% F.S.)

Accuracy*5

±1.0% S.P. (> 35% F.S.)
±0.35% F.S. (≤ 35% F.S.)

Repeatability
±0.25% F.S.

Operating differential pressure*6

50 to 300 kPa (100 to 300 kPa for Ar and CO2)

Inlet maximum pressure
500kPaG
Proof pressure
980kPaG
External leak rate

≤1.0 x 10-8 Pa·m3/sec (He)

Temperature
Working temp.
5 to 50
Accuracy guaranteed temp.
15 to 35
Allowable storage temp.
-10 to 60

Permissible ambient humidity
Allowable operating humidity

10 to 90% RH (without dew condensation)

Materials of gas contact part

SUS316, SUS316L, magnetic stainless steel, Ni, PTFE, PCTFE, and FKM

Electrical connection

D-sub 15-pin male, high density, HR-10A (two)

Flow rate setting signal

0 to 5 V DC (input impedance: approx. 1 MΩ), or 4 to 20 mA (input impedance: approx. 250 Ω)

Flow rate output signal

0 to 5 V DC (load resistance 10 kΩ), or 4 to 20 mA (load resistance ­≤ 500 Ω)

Digital communication

Address setting with RS485 rotary switch or indicator: up to 99 devices (9600 bps)

Event input

Three contact inputs (non-insulated)

Event output

Three NPN open collectors (non-insulated, max. rating 35 V, 50 mA)

Required power supply (DC)

+24 V DC (±10%), 300 mA max. (DC jack, D-sub)

Joint*7

1/4 F900 (standard), 1/4 UJR, Rc 1/4

Mounting posture

Horizontal installation recommended.

Weight*8
Approx. 950 g
 

*1 The gases must be dry and clean, free of corrosive components and foreign

      matter such as dust and mist.

*2 Dedicated software is available to change gases or change the actual full scale

 (F.S.) within the range of 30 to 100% (30 to 80% for CO2 only) of the specified   full scale.

*3 The flow rate calibration units SCCM and SLM indicate a mass flow rate

     converted to a volume flow rate in cc/min and L/min at 0°C and 1 atm.

*4 Guarantee for calibration gas: N2.

*5 Accuracy for calibration gas: N2, flow range (max. full scale).

*6 The operating differential pressure may differ depending on specifications.

*7 Contact us for any other joints.

*8 Exclusive of weight of joint.

 

 

Mass Flow Controller/Mass Flow Meter with Indicator MODEL D8500 SERIES

 

Mass Flow Controller/Mass Flow Meter with Indicator MODEL D8500 SERIES

This mass flow controller/meter driven by a 24 VDC power supply has been developed as a successor to the MODEL8300.

The view point change function of the display unit and the pattern setting function are unique to this model, and noise resistance has been improved dramatically. A sister model with a detachable display and setting unit is also available.

 Features

The high-lift actuator allows this compact model to control a large flow rate.
Equipped with a display and setting unit, this model can be op-erated by a 24 VDC power supply.
The RS232C/RS485 communication function and integration function are provided as standard equipment.
The 14-bit converter permits display and operation in 4-1/2 dig-its.
Control of the flow rate of inflammable gas is possible, because the heat generating part of the sensor is not exposed to gas.
There are no limitations on the mounting position that may be employed.
In addition to SV setting, five other patterns can be set.
Auto zero and auto close functions are also standard.

 
Standard Specifications

 

 

Flow range (F.S.) (at N2 calibration conditions)

50 SCCM–5 SLM
Over 5 SLM–20 SLM
 
Applicable gases (dry gas)

N2, air, O2, CO2, Ar, H2, He, etc.

 
Sensor
Thermal mass flow sensor
 
Valve actuator

Normally-closed solenoid valve actuator *7

 
Valve type
Poppet valve *7
 

Control
system

Control/measurement range
2–100% F.S.
 
Response

0–100% F.S. or more within 2 sec. *1
0–below 10% F.S. within 4 sec. *1

 
 
Accuracy
Flow accuracy
±1.0%F.S. *2
±1.5%F.S. *2
 
Repeatability
±0.75%F.S.
 
Pressure
Proof pressure
1000 kPa (G)
 

Allowable operating pressure

500 kPa (G) or less
 

Operating differential pressure *7

50–300 kPa (G)
100–300 kPa (G)
 
Temperature

Allowable operating temperature

5–45
 
Temperature characteristics
0.2% F.S./
 
Humidity

Allowable operating humidity

10–90% (No condensation allowed)

 
Leak
He leak rate

1 × 10-8 Pa·m3/sec. or less *3

 

Flow setting
method

Digital

(1) Setting & display unit

 
(2) Communications
 
(3) Event input selection
 
Analog *7

(1) 0–5 V (2) 4–20 mA (freely selectable)

 
Flow rate output
Analog

(1) 0–5 V (2) 4–20 mA (interlocked with the above)

 
Display
Display format
7-segment 4-digit LED
 
Total flow
12 digits *4
 
Mounting direction
Changeable
 
Built-in/Separate

Built-in, separate 1 m, separate 3 m, separate 5 m

 
Status display LED

OK (within allowable range), ALM (alarm output interlock)
OUT1 (event output 1 interlock), OUT2 (event output 2 interlock)
SV (set flow), PV (instantaneous flow), TF (total flow)
IF (mode setting)

 
 
 
 
 

Other I/O
functions

Event input
3 × contact input
 
Alarm output

1 × open collector output, Max. 35 V, 50 mA

 
Event output

2 × open collector output Max. 35 V, 50 mA

 
Communications

RS-485, half-duplex, 9600 bps

 
Power supply
Rating

24 VDC, current consumption: 300 mA max.

 

Allowable supply voltage range

21.6–26.4 VDC (Ripple: 5% or less)

 
Mounting position
Not specified
 
Applicable standards
RoHS and EN62326-1: 2006
 

Materials of parts in contact with
gases

SUS316, SUS316L, SUS430, FKM, PTFE, chloroprene
rubber (option)

 
 
Joint
1/4 SWL, RC1/4, 1/4 VCR
 
Weight

Built-in: Approx. 1000 g
Separate (excluding the cable): Approx. 1200 g (*6)

 
 
 

(*1) Time required to reach the control flow ±2% F.S. from the fully closed state

(*2) With the standard pressure of 200 kPa (G) and the standard temperature of 20

(*3) Permeation is not included. The leakage by prolonged permeation shall not

       exceed 1 × 10-6 Pam3/sec.

(*4) The units of measurement vary with the full scale flow. E.g.: With 1 SLM, the flows can

        be added up to 9999 9999 9.999 L.

(*5) For other joints, please contact us. (*6) The weight may slightly vary depending on

       the joint. (*7) These apply to the D8500MC mass flow controller.

 
 
 

 

 

High-grade Mass Flow Controller MODEL 3200 SERIES

 

High-grade Mass Flow Controller MODEL 3200 SERIES

Model 3200 Series Mass Flow Controller is an advanced model designed as a successor of the 3910 Series that enjoys a wide use for diverse applications such as manu-facture of semiconductors, LCDs, combustion equipment, analytical devices, and biotechnology fields. Its high per-formance is equal to a new standard of KOFLOC.

Features

Equipped with a temperature follow-up type current difference detection flow sensor (patent applied for) to ensure high accu-racy and high-speed response
Use of a normally closed valve to ensure safety
Reduced dead volume thanks to the diaphragm seat valve
Control of small quantities of flows available up to 1 SCCM fullscale (SR option)
Low differential pressure type control available for combustiblegases (LP option)

 
 
Standard Specifications

Flow range (N2 equivalent,
20
/1 atm)

1 SCCM–20 SLM (The conditions are freely selectable)

Sensor
Thermal mass flow sensor
Valve type

Proportional solenoid valve (closed when not energized)

Control range
2–100% (F.S.)
Response

1 sec. or less (0–100% within ±2% typical)

Accuracy

±1% F.S. (Accuracy guaranteed at 15–35)

Repeatability
±0.2%F.S.

Operating differential
pressure

F.S. ≤ 5 SLM: 50–300 kPa (G)

F.S.> 5 SLM: 100–300 kPa (G)

Option: Low differential pressure (LP) specification is available depending on conditions.

Allowable operating pressure

300 kPa (G) or less
Proof pressure
980 kPa (G)
Leak rate

1 × 10-8 Pa·m3/s or less (excluding permeation of He)

Allowable ambient
temperature

0–50
Allowable ambient humidity

10–90% (No condensation allowed)

Materials of parts in
contact with gases

Body: SUS316L
Diaphragm: SUS316

Valve seat: FKM (option: CR, NBR or perfluor)

Sealing: FKM (option: CR, NBR or perfluor)

Electric connection

Dsub 9-pin connector as per KFC Standard (Compliant with SEMI Standard)

Flow rate input signals

0–5 VDC (Input impedance: 1 MΩ or more)

Flow rate output signals

0–5 VDC (External load resistance: 250 kΩ or more)

Required power supply

+15 VDC (±5%) 100 mA, −15 VDC (±5%) 200 mA

Joint (Main unit bore)

Standard: 1/4SWL Option: 1/8SWL 1/4VCR RC1/4, etc.

Weight
Approx. 1000 g

!!Note !!
Specifications relating to the flow range (e.g., flow range, accuracy and re-sponse) are expressed in N2 or air equivalent. The product will be built with the primary pressure of 300 kPa or less and the secondary side open to the atmosphere. For details on the pressure requirements, please contact us.

Applications

Air sampling , Analyzer component , Bioreactor , Biotechnological process , Burn control

CCFL manufacturing , Chamber pressure control , Chemical process , Environment monitoring

Electronic device manufacturing , Food production , Fuel cell testing , Fermentation process

Gas blending , Gas distribution , Gas flow monitoring , Gas generation , Industrial furnace

Leak testing , Pharmaceutical process , Pollution monitoring , Process flow control

 

R&D, Solar power element manufacturing

 

Compact Handy Mass Flow Control/Measurement Unit FLOW COMPO

 

Compact Handy Mass Flow Control/Measurement Unit FLOW COMPO

This is a compact handy flow control/measuring unit made by combining a compact DIN72 x72 power indicator [CR-400] and MFC/MFM.

Features

Compact, lightweight integral unit
The touch panel type permits easy FS scaling, flow setting, and valve opening/closing.
Free selection of joints ranging from one-touch type to Swage-lock.
The MFC-equipped type (FCC Series) can be used as MFM by pressing the OPEN switch.
Please contact us for the metal seal specifications for corrosive gas.

 
 
Standard Specifications
MODEL

FCC-3000-G1

FCC-3000-G2

FCM-3000-G1

FCM-3000-G2

 
Mounting MFC/MFM

3660 (MFC)

3200 (MFC)

3760 (MFM)

3100 (MFM)

 

Standard flow range
(at N2 calibration condition)

10SCCM-20SLM

1SCCM-20SLM

10SCCM-20SLM

1SCCM-20SLM

 
Sealing material

FKM (option CR or NBR)

 
Response

Within 2 sec. (F.S. ±2%)

Within 1 sec. (F.S. ±2%)

Within 2 sec.

Within 1 sec.

 
Joint

Various joints are applicable.

 

 

For details of the specifications, refer to the mounting MFC/MFM and CR-400.

 







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S.W.N. CONTROL SYSTEMS CO.,LTD.
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