SVP3000 Alphaplus models AVP300 and AVP301 are current-pneumatic smart valve positioners. The SVP3000 Alphaplus receives a DC current signal from control devices and controls pneumatic valves. In addition to this basic function, the SVP3000 Alphaplus has communication capabilities, automatic configuration program, and self diagnostics functions that will greatly increase productivity and the efficiency of plant operation. The model AVP301 has a valve travel transmitter function which transmits a 4-20 mA DC signal.
FEATURES
Easy to use

Auto setup:
The auto-setup function is a fully-automatic configuration program which specifies the actuator and adjusts the zero and span of the valve. The program can be turned on simply from an external switch so that adjustments to the valve can be performed quickly and safely in hazardous areas.

High reliability

Positive seating:
The positive seating function completely shuts off the valve if the input signal becomes lower than previously set. This in turn enhances the full shut-off capabilities of the valves.
Self-diagnostic:
The self-diagnostic function provides with the ability to check the status of the positioner at any time and to alert in case of failure.

Single model for multiple specifications
SVP Alphaplus · settings can be changed without replacing any parts. A single model can be modified to suit any application.

Input range: Configurable to any required range for split range
Flow characteristic: Linear, EQ%, Quick opening or custom user characteristics
Actuator type: Single or double acting actuator (optional reversing relay required)

Travel transmission

The model AVP301 transmits a 4-20 mA signal proportional to the valve travel. The valve travel can be monitored from the control room.

Usage differential pressure
Measurement range -1~1kPa.-100~100kPa,
-100~700kPa,-0.1~14MPa
Allowable differential
pressure -70~210kPa,2.0Pa~14Mpa
Accuracy ±(0.15+0.15X1.0/FS)% (STD910)
Output signal 4~20mA DC
Damping 0~32 sec
Mounting To be mounted on a 2B pipe
Power supply 10.8~45V DC

Standard Type for High and Medium Differential Pressures Model KDP11/22
Standard Type for Low Differential Pressure Model KDP33
Standard Type for Lowest Differential Pressure Model KDP44
Flange Tyep Model KDP61/62
Remote-Sealed Diaphragm Type Model KDP71/72
High Static Pressure Type Model KDP81/82


OVERVIEW

The PREX3000 instruments are pneumatic type transmitters which employ a combination of vector balance mechanism and involute mechanism. The instruments are featured by high resistance against adverse environments, high turn-down ratio, high accuracy, and ease of maintenance.

The MagCUBE is an electromagnetic flowmeter designed specifically for water applications. Based on field-proven Yamatake technologies, the MagCUBE provides cost-effective flow measurement with features required in water applications.
FEATURES

Energy efficient - no pressure drop reduces energy
Maintenance free - no moving parts
Easy operation - built-in water monitoring functions
Compact size - easy to handle and install

The MagCUBE features a local LCD display and key switches allow easy set-up and provide % flow rate, actual flow rate and totalized value. The integral design includes a polycarbonate converter case and stainless steel detector offering a compact, lightweight design. A variety of outputs are available to meet specific applications - analog (4-20mA DC), pulse output, or contact output.

Designed for:

water monitoring
recirculating water
chilled water
hot water
water filtration systems
water supply

System Management Server(SMS)
Used for checking operational state of the System Core Server and DDCs (Direct Digital Controllers)

Data Storage Server(DSS)
Used for data management for Data Point records and daily/monthly/annual reports

Management Integration Server(MIS)
Integrated SMS and DSS into one unit for the system of 5,000 or less objects

System Core Server(SCS)
Used for controlling DDCs and delivering Data Point information to SMS and DSS

Usage differential pressure pressure
Measurement range -0.05~0.05kPa,0~0.05kPa,
0~0.1kPa,0~0.5kPa,0~2kPa 0~0.5MPa,0~1.0MPa,0~2.0MPa
Allowable differential
pressure 40kPa or 50kPa 1MPa,2MPa or 4MPa
Accuracy ±1%FS ±0.5%FS
Output signal 4~20mA DC 4~20mA DC
Damping 0~16 sec 0.5~10 sec
Mounting To be mounted on a wall
surface or on a 2B pipe Screwed(BSPT 1/2)
Power supply 24V DC 24V DC

The ST3000 Smart Transmitter is a microprocessor-based smart transmitter that features high performance and excellent stability. Capable of measuring gas, liquid, and vapor, and liquid levels, it transmits 4 to 20 mA DC analog and digital signals according to the measured pressure. It can also execute two-way communications between the SFC (Smart Field Communicator) or HART® 375 communicator, and, via DE protocol, with the TDCS3000 or 3000X and a database, thus facilitating self-diagnosis, range resetting, and automatic zero adjustment.
FEATURES
Excellent stability and high performance

Long-term stability is proven in 1,000,000 installations worldwide.
Unique characterization and composite semiconductor sensors realize excellent temperature and static pressure characteristics.

Wide measuring range (range ability)

A wide measuring range is available from a single model. This feature is highly effective in taking measurement over a wide range and reducing the need for inventory.
Model STD920: 0.75 to 100 kPa (rangeability: 133 to 1)

A diverse lineup

A wide range of models is available to meet user requirements. They include draft range differential pressure, standard differential pressure, high differential pressure, standard differential pressure/high static pressure, and high differential pressure/high static pressure models.
A wide variety of corrosion-resistant materials for wetted parts is also available.

Remote communication

Either analog output (4 to 20 mA DC), or digital output (DE protocol) is possible.
Two-way communication using digital output facilitates self-diagnosis, range resetting, automatic zero adjustment, and other operations.
HART® protocol communication is available. (Option)
HART® is a registered trademark of the HART Communication Foundation.

Model number TY7023 HY7023 HTY7023
Usage temperature humidity temperature
humidity
Measurement
range Temperature 0-60˚C - 0-60˚C
Humidity - 0-100%RH 0-100%RH
Accuracy Temperature ±0.3˚C(0-60˚C) - ±0.3˚C(0-60˚C)
Humidity - ±3%RH(30-70%RH,25˚C)
±5%RH(20-80%RH,15-35˚C)
Time constant Temperature Max.5min - Max.5min
Humidity - Max.40sec Max.40sec
Output signal Temperature 100Ω/0˚C(Pt100) - 100Ω/0˚C(Pt100)
Humidity - 1-5V DC 1-5V DC
Mounting Wall mount Wall mount Wall mount
Power supply Unnecessary AC/DC 24V AC/DC 24V
order
separately Base plate -
Protection
cover
(10PCS) 83104507-010
Mounting flat
plate 83103629-001
Mounting
plate 83103630-001

Sash Sensors detect positioning of a fume hood sash to find the area size of sash opening. The signal from Sash Sensor is transmitted to Fume Hood Monitor that determines the required airflow rate and controls Airflow Control Valves to regulate the fume hood's face velocity to an appropriate level according to the sash status.

Usage CO2 CO2 CO2
Sensor elements Non-dispersive infrared absorption method(NDIR) Solid electrolyte method Constant-potential electrolytic method
Measurement range 0 ~ 2000 ppm 400 ~ 2000 ppm 0 ~ 60 ppm
Response time 2min or less(w/no wind)
10sec or less (when air velocity is 2m/s) Within 90 sec (90%response) Within 60 sec (90%response)
Output signal 1 ~ 5V DC (0 ~ 2000ppm linear) 1 ~ 5V DC(0~2000ppm linear)
SPST switch (ON at 800 ppm or 1000 ppm) 4 ~ 20mA DC (two wire system)
(0 ~ 60 ppm linear)
Mounting duct insertion wall mount wall mount
Power supply AC 24V * * -
DC 24V - - *
order separately CO2 service bag 83104511-001 - -
Base plate - 83165803-001 83152965-001
Dust filter (filter: 1pc, filter cover; 1pc) - - CY7200Z2000
Dust filter (5pcs) - - CY7200Z3000

Usage CO2 CO2 CO2
Sensor elements Non-dispersive infrared absorption method(NDIR) Solid electrolyte method Constant-potential electrolytic method
Measurement range 0 ~ 2000 ppm 400 ~ 2000 ppm 0 ~ 60 ppm
Response time 2min or less(w/no wind)
10sec or less (when air velocity is 2m/s) Within 90 sec (90%response) Within 60 sec (90%response)
Output signal 1 ~ 5V DC (0 ~ 2000ppm linear) 1 ~ 5V DC(0~2000ppm linear)
SPST switch (ON at 800 ppm or 1000 ppm) 4 ~ 20mA DC (two wire system)
(0 ~ 60 ppm linear)
Mounting duct insertion wall mount wall mount
Power supply AC 24V * * -
DC 24V - - *
order separately CO2 service bag 83104511-001 - -
Base plate - 83165803-001 83152965-001
Dust filter (filter: 1pc, filter cover; 1pc) - - CY7200Z2000
Dust filter (5pcs) - - CY7200Z3000

Usage CO2 CO2 CO2
Sensor elements Non-dispersive infrared absorption method(NDIR) Solid electrolyte method Constant-potential electrolytic method
Measurement range 0 ~ 2000 ppm 400 ~ 2000 ppm 0 ~ 60 ppm
Response time 2min or less(w/no wind)
10sec or less (when air velocity is 2m/s) Within 90 sec (90%response) Within 60 sec (90%response)
Output signal 1 ~ 5V DC (0 ~ 2000ppm linear) 1 ~ 5V DC(0~2000ppm linear)
SPST switch (ON at 800 ppm or 1000 ppm) 4 ~ 20mA DC (two wire system)
(0 ~ 60 ppm linear)
Mounting duct insertion wall mount wall mount
Power supply AC 24V * * -
DC 24V - - *
order separately CO2 service bag 83104511-001 - -
Base plate - 83165803-001 83152965-001
Dust filter (filter: 1pc, filter cover; 1pc) - - CY7200Z2000
Dust filter (5pcs) - - CY7200Z3000

Model number HY79X3 HTY79X3
Usage Dew point Dew point temperature
Measurement range Temperature - -20~+60˚C
Humidity -40~+60˚C DP
Accuracy Temperature - ±(0.15+0.002|t|)˚C
Humidity ±1˚C DP
Time constant Temperature - Max.4min
Humidity Max.1min(DP)
Output signal Temperature - 100Ω/0˚C(Pt100)
Humidity 1-5V DC,0-10V DC,4-20mA(DP)
Mounting duct or chamber insertion
Power supply AC/DC 24V
order separately Mounting bracket 83157235-001
Conduit mounting set 83157240-004
Seal connecteor 83104098-004
Sensor shield for outdoor DY8000A1001
Ventilated case mounting bracket DY3002A1005

Model number TY783
Usage temperature
Measurement range -50~+200˚C
Accuracy ±(0.15-0.002|t|)˚C
t : measurement temperature
Time constant Approx.50 sec or 20 sec
Output signal 100Ω/0˚C(Pt100)
Mounting Screwed or flanged connection
Material of well Stainless steel(SUS304/316)Titanium
order
separately Seal connector
(cable dia.8.5-12.5) 83104098-003
Seal connector
(cable dia.10.5-14.5) 83104098-004
Heat-proof seal
connector
(-40~+120˚C
cable dia.12-16) PA1-A3PFH
Repair element TY783XZ

Usage temperature temperature
Measurement range Radiant temperature:5~50˚C 0 to 60 deg.C
Accuracy ±2˚C
(Environment temperature 25˚C) 0.3deg.C
Time constant Max.10sec Approx.max.2min
Output signal 1~5V DC 100ohm/0 deg.C(JIS Pt100)
Mounting Ceiling mount Mount with accecories

Usage temperature temperature
Measurement range Radiant temperature:5~50˚C 0 to 60 deg.C
Accuracy ±2˚C
(Environment temperature 25˚C) 0.3deg.C
Time constant Max.10sec Approx.max.2min
Output signal 1~5V DC 100ohm/0 deg.C(JIS Pt100)
Mounting Ceiling mount Mount with accecories

It is important for an animal housing facility's ventilation control system to stabilize the environment to minute levels at any time. For that, maintenance of a proper pressurization and supply of clean, thermally conditioned air as well as removal of unclean, heat- and moisture-laden air are required. Accel II cage rack valves enables sophisticated airflow volume control to ensure the safety of the environment at the room level as well as at cage and device levels.

Type ISO PN16/JIS10K type ISO PN16/JIS10K type for high differential pressure application
Material: body only forcast iron (FC200), stainless steel (SCS13A) (only for JIS 10K)
Pipe size &
Cv value DN15 Cv value : 1-6 Cv value : 2.5 -
DN25 Cv value : 10, 16 Cv value : 6.8, 10 -
DN40 Cv value : 25, 40 Cv value : 16, 25 -
DN50 Cv value : 65 Cv value : 40 -
DN65 Cv value : 95 Cv value : 65 -
DN80 Cv value : 125 Cv value : 95 -
DN100 - - Cv value : 145(ISO PN16), 180( JIS 10K)
DN125 - - Cv value : 234
DN150 - - Cv value : 350
Pressure rating JIS 10K (0.98MPa) / ISO PN16
Close off rating 1.0MPa 0.7MPa 0.5MPa (0.4MPa at DN150)
Control signal These five types are available by selecting the desired model number :
1) Floating with 135ohm pot.
2) Nominal 135ohm input
3) 4-20mA DC input
4) 2-10V DC input
5) 0-10V DC input (only for ISO type) These four types are available by selecting the desired model number :
1) Floating with 135ohm pot.
2) Nominal 135ohm input
3) 4-20mA DC input
4) 2-10V DC input
Timing 53-63s
Power supply 24V AC+/-15% 50/60Hz

Valve VY5302A (two-way valve) VY5302C (two-way valve) VY5303 (three-way valve)
Actuator MY53X0A
Material: body CAC406 bronze
Pipe size & Cv value DN15 Cv value : 2.5, 4.0 - -
DN20 Cv value : 6.3 - Cv value : 4.0, 6.3
DN25 Cv value : 10 - Cv value : 10
DN32 Cv value : 16 - Cv value : 16
DN40 Cv value : 25, 40 - Cv value : 25
DN50 Cv value : 40 - -
DN65 - Cv value : 75 -
DN80 - Cv value : 110 -
Pressure rating PN16 (1.6MPa)
Close off rating 1.0MPa DN15-25
0.5MPa DN32-50 0.35MPa 0.5MPa (DN 20,25)
0.3MPa (DN 32,40)
Control signal These six types are available by selecting the desired model number :
1) Floating with 135ohm pot.
2) Nominal 135ohm input
3) 4-20mA DC input
4) 2-10V DC input
5) 0-10V DC input
6) Floating(3-position)
Timing 60s 50/60s (50/60Hz)
Power supply AC24V +/-15% 24V AC +/-15% 50/60Hz

The CV 3000 Alphaplus range of Top-guided Single-seat Control Valves features a compact valve body with excellent flow control and minimal pressure loss. Alphaplus valves have large Cv values, high range ability, and accurate flow control performance. When securely held in place by a top-guided stem with a long stroke, the valve plug is highly resistant against vibration and provides flow shutoff performance that fully satisfies IEC standards. The valve also features a compact but powerful multi-spring actuator. Model AGVB/AGVM control valves are especially suitable for process control applications where high reliability and tight flow shutoff are essential.

SECURE-SEAL is a seal system that helps reduction of fluid leakage from a control valve gland. Enforcement of regulations that limit the exhaust of the air pollutant VOC (Volatile Organic Compound) from industrial facilities has been enforced in many countries. The VOC exhaust regulation in the U.S. covers the control liability of even minute leakage from a control valve gland. By using a control valve that has a high gland seal performance, users can reduce their loads that are related to this control liability. SECURE-SEAL has the gland seal structure that satisfies such environmental regulations
FEATURES
Complies with CAAA (Clean Air Act Amendment) in the U.S.
The SECURE-SEAL gland seal performance complies with the VOC leakage amount at the atmospheric concentration level, 500 ppm or lower, which is required by the CAAA (Clean Air Act Amendment) enforced by the U.S. EPA (Environmental Protection Agency).
Maintenance free
The Live Load structure that is employed by this system uses spring power to always apply appropriate fastening power to the gland packing. This prevents from strain release of the packing, which may cause fluid leakage. In addition, the gland packing used does not require grease, which eliminates the need for regular grease-up tasks.
Visible torque control of the gland
When the gland nut is tightened, an appropriate spring pressure amount can be set by referring to the mark placed on the spring cover. With this feature, nobody should fail to apply the correct packing tightening torque.
Flexible application to the existing control valves
The gland structure of the existing control valves can be changed to that of SECURE-SEAL by replacing or adding the minimum number of required parts such as the gland stud bolts, packing followers, Belleville spring and so on.

Building users can easily control on and off, setting of temperature / humidity, and extension of operating hours of air-conditioning (AC) using simple and sophisticated control panels.
We have two types of AC controllers: Neopanel (digital) and Neoplate (analog). You can select ones fitting to users and room furnishings. We also have optional line-ups for direct control of the control units to meet users' needs.

A small sized, space saving design.
GC/GD is designed to have a great capacity, allowing control of 99 points maximum. One unit is capable of supporting operation of more than one facilities.
Reasonable options for different kind of users ranging from general users to operators are available, offering optimized operation environment for each kind of users.

Fume Hood Monitors are designed to be used for fume hoods with constant volume valves (CVV), two-position valves (BEV), or variable air volume valves (EXV).
• When it is used for EXV, it controls the valves to maintain a constant face velocity.
• The front panel LEDs show the system's operation status and alarms.
• The emergency exhaust button is provided for forced exhaustion of gas.
• An optionally available Zone Presence Sensor will allow the fume hood system to support an automatic stand-by mode for human absence that ensures energy saving operation. (This function is only available for EXV and BEV systems.)

Slim-line Monitor is designed to fit in fume hoods of various sizes. Icons (graphical buttons) are provided for simple and easy operation. It regulates the exhaust volume according to sash positioning to maintain a constant face velocity of fume hoods by sending airflow control signals to Airflow Control Valves (Accel II). The front panel LED lights let you know the hood's operating conditions. They stay green when the system operation is detected normal and turn red and give off alarm sounds whenever an alarm hood condition occurs.

Make-up Air Controllers are designed to be used with Airflow Control Valves. It sums up the exhaust flows from all the sources and determines the required supply air volume to control valves to maintain an appropriate room pressurization.

Electronic devices for Critical Environment System require Power Supplies to operate

• With the response speed of one second, it quickly stops toxic gas from diffusing.
• It is insensitive to fluctuations in the internal pressures in the duct.
• It needs no extra straight runs of the duct as margins for mounting.
• It can be installed in both vertical and horizontal positions. (Options)
• All the valve products are precisely calibrated at the factory.

Accel II Airflow Control Valve is a device to control airflow volume very quickly (with a response speed of one second or less) and highly precisely (with a precision of plus and minus 5% rdg.).
The valve is particularly effective in spaces like laboratories, clean rooms, animal rearing rooms, and hospitals, where safe and precise control of air currents is required. It has a self-actuated pressure regulating mechanism that varies airflow rate according to fluctuations in static pressures in the duct to maintain a set rate. It is equipped with a pneumatic actuator that allows very quick responses to any changes in required airflow rate. It also has an advanced function to acutely respond to opening and closing of sashes, for which conventional type valves were not fully provided.

Airflow control valves (Accel II) control exhaust air volume precisely and swiftly at a response speed of one second or less in accordance with the opening of the fume hood sash, maintaining the fume hood face velocity to 0.5m/s and thus containing gases in the fume hood.
What is the fume hood face velocity?

In Japan, Ordinance on the Prevention of Organic Solvent Poisoning for Occupational Health and Safety Law stipulates that the fume hood front face velocity should 0.4m/s or faster, and Ordinance on Prevention Hazards due to Specified Chemical Substances for the same law stipulates that it should be 0.5m/s or faster in terms of gaseous substances.
In the U.S. technical organizations like ASHRAE (The American Society of Heating, Refrigerating and Air-Conditioning Engineers) and ACGIH (American Conference of Industrial Hygienists) have conducted detailed studies with consideration given to the wind velocity of an air-conditioning system, the room layout, and other peripheral factors. Based on such studies the maximum face velocity of 0.5m/s is adopted in general.
What is containment performance of a fume hood?

Gas containment performance of a fume hood can be checked with ASHRAE110-1995, which is a quantitative method for testing a fume hood's ability to contain gases. In this method, the gas containment performance of a fume hood is tested by venting a tracer gas in the fume hood and measuring the density of the leaked gas.

Field Communication Software CommStaff Model CFS100 allows the user to configure and adjust smart field devices using a PC. In addition to supporting Yamatake's proprietary SFN communication protocol for smart field devices, with a change of the communication interface, CommStaff supports the HART communication protocol. Parameter settings can be saved to simplify field device management.
FEATURES
Supports HART and Yamatake's SFN communication protocols.
With a change of the communication interface, CommStaff supports both the HART and Yamatake's SFN communication protocols.
Ease-of-use increases field work efficiency
The ease-of-use of the five-point check function increases efficiency during loop checks.
Easy management of configured parameters

Parameter settings can be saved by Tag No.
As needed, parameter settings can be exported as either a CSV file (text file) or as a PDF.


Supported models

AT9000 Advanced Transmitter GTX
DSTJ™3000 Ace Smart Transmitter (software versions earlier than B.1 are not supported)

The CommPad CFN100 Smart Communicator is designed for setup and monitoring of smart field instruments.

With its friendly user interface, CommPad allows you to set and check instrument parameters such as tag number and range, to adjust output, and to check data. CommPad also makes it easy to save data to a file for use on your PC.
FEATURES
Easy to use

The simple menus allow you to operate CommPad without the user’s manual.

Improves data management

Since the instrument data configured or collected on site can be loaded into your PC without modification, you can easily manage and maintain an instrument database.

Reduces errors

Using the data comparison function, you can see at a glance the differences in data before and after making a parameter adjustment. CommPad helps you to keep working continuously without making mistakes.

Easy to carry

CommPad is small and light enough to fit in your pocket, so you can safely take it with you even in narrow or high places.

BEMS is a system that facilitates management and control of building facilities while realizing energy saving and increasing comfortability of users of buildings at the same time by making full use of state-of-art information technology.

screen of &quo


As energy is managed as information based on numerical data, greater efficiency in its management is expected through introduction of information technology. Yamatake's all-inclusive, qualified energy management service (tems) employs a sophisticated data collecting-management system called 'BEMS' (Building Energy Management System), which enables centralized management of all energy-related facilities and room conditions as well as remote monitoring by linking to a wide area network.
Customer services for making best use of BEMS and lightening environment load is being expanded. Our energy management service comes ready with functions like preparing periodical reports or formulating medium- to long-term plans based on data collected by BEMS to comply with the laws concerning energy conservation.

BOFD offers diagnosis of the current state and appropriateness of energy usage and room conditions based on the BEMS data. And when something unsatisfactory is discovered, we propose solutions for improvement in energy usage and room conditions through optimization of control / operation of the system or modification / repair of the facility.

Model number TY78X3 HY78X3/6 HTY78X3/6
Usage temperature humidity temperature humidity
Measurement range Temperature -20~+60˚C - -20~+60˚C
Humidity - 0~100%RH 0~100%RH
Accuracy Temperature ±(0.15+0.002|t|)˚C - ±(0.15+0.002|t|)˚C
Humidity - ±3%RH(HY78X3),
±2%RH(HY78X6) ±3%RH(HTY78X3),
±2%RH(HTY78X6)
Time constant Temperature Max.1min - Max.4min
Humidity - Max.1min Max.1min
Output signal Temperature 100Ω/0˚C(Pt100) - 100Ω/0˚C(Pt100)
Humidity - 1-5V DC,0-10V DC,
4-20mA 1-5V DC,0-10V DC,
4-20mA
Mounting duct or chamber insertion
Power supply Unnecessary AC/DC 24V AC/DC 24V
order separately Mounting bracket 83157235-001
Conduit mounting set 83157240-009 83157240-004
Seal connecteor 83104098-003 83104098-004
Sensor shield for outdoor DY8000A1001
Ventilated case mounting bracket DY3002A1005

Usage temperature humidity temperature humidity temperature
Measurement
range Temperature 0-60˚C - 0-60˚C 0-60˚C
Humidity - 0-100%RH 0-100%RH -
Accuracy Temperature ±0.3˚C(0-60˚C) - ±0.3˚C(0-60˚C) ±0.3˚C(0-60˚C)
Humidity - ±3%RH
(30-70%RH,25˚C)
±5%RH
(20-80%RH,15-35˚C) -
Time constant Temperature Max.4.5min - Max.4.5min Max.2.5min
Humidity - Max.40sec Max.40sec -
Output signal Temperature 100Ω/0˚C(Pt100) - 100Ω/0˚C(Pt100) 100Ω/0˚C(Pt100)
Humidity - 1-5V DC 1-5V DC -
Mounting Wall mount Wall mount Wall mount Wall mount
Power supply Unnecessary AC/DC 24V AC/DC 24V Unnecessary
order
separately Base plate 83165803-001
Protection cover
(10PCS) 83104506-010
Mounting flat plate -
Mounting plate -

Accel II Digital Type Airflow Control Valve is a device to control airflow volume very quickly (with a response speed of one second or less) and highly precisely (with a precision of plus and minus 5% rdg.).
The valve is particularly effective in spaces like laboratories, hazardous areas, clean rooms, animal laboratories, and hospitals, where high precision control of exhaust volumes and room pressurization is required. It has a self-actuated pressure regulating mechanism that varies airflow rate according to fluctuations in static pressures in the duct to maintain a set rate. It is equipped with a pneumatic actuator that allows very quick responses to any changes in required airflow rate. It also has an advanced function to acutely respond to opening and closing of sashes, for which conventional type valves were not fully provided

Active Pressure Monitor accurately measures and display pressure differentials between two rooms or spaces, where pressurization is of critical importance. To ensure a high degree of precision, it is designed to be able to measure differential pressures and give alarms with accuracy to within 5%. So it is suitable for use in laboratory animal facilities, hospitals, research laboratories, and clean rooms.

It may be the greatest worry for customers who are considering facility investment for curtailment of energy expenditure that they cannot be fully assured in advance whether a return on their investment is really yielded. Our ESCO service removes this worry as it guarantees energy cost reduction to a certain amount that will be set based on preliminary diagnoses.
(See "ESCO - Contract types and service procedures" for more details.)

We can offer consultation and guidance concerning financing for initial facility investment.


Our service has another advantage. On 16th February, 2005, the Kyoto Protocol came into force as an international law prescribing frameworks to slow down global warming. With this, awareness of the need for specific measures to prevent disastrous impacts of global warming has been growing internationally. As the first, important step, it is necessary to grasp current emission of greenhouse gases. Our ESCO service can help corporate managers to grasp the current conditions of energy usage, introduce appropriate energy management, and reduce energy consumption and thereby enables them to contribute to environment protection that is now considered as their duty to society.

Yamatake strongly recommends customers with confidence to introduce our ESCO service that realizes energy cost reduction without extra burden on customers' side and increases comfortability of users of buildings at the same time.

HP300 Series sensors are customized to user’s needs, for problems too tough or unusual for the HP100 Series. Developed to meet your application needs, using Yamatake’s solutions expertise. Contact Yamatake Corporation in case of applications where the HP100 Series cannot be used.

Are you face with any of these problems?

Tightly mounted thru-scan sensors interfere with each other, and a filter doesn’t help.
An advance operation check is needed to prevent error due to dust or dirt.
Chattering may occur during detection, depending on the target object condition.
A diffuse-scan model sometimes fails to detect a target object that has a hole or notch.
A diffuse-scan sensor is needed but is unreliable if the scanning distance is too short.
The use of both NPN and PNP models requires too much troublesome maintenance.
Seasonal fogging of the lens surface causes operation error.
Cables become disconnected from sensors mounted on moving units.

The HP300 Sereis can solve your application problems!

Air ducts of cage racks are connected to the main duct, through which heat and metabolic products from animals are discharged directly outside.
As the exhaust from the racks is not discharged into the room, the ventilation rate can be reduced without compromising the room environment.
The inside of the racks are fully ventilated at the rate of 50 to 100 times per hour, while the frequency of ventilation of the rearing room is cut to 5 to 10 times per hour. In effect, the total ventilation rate is reduced, therewith fan energy consumption and heat source energy consumption are reduced, too, and this leads to energy cost saving.

CEMS (Critical Environment Management System) is a management system that monitors operating status of laboratory rooms to optimize environmental controls.
It permits researchers to work with safety while reducing operation costs.
It ensures both the safety, and energy saving at the same time.
It keeps track of operating status to record it as data amenable to analysis, which will be a good reference to planning of laboratory environment improvement plans or future facility designing.

Usage differential pressure pressure
Measurement range -0.05~0.05kPa,0~0.05kPa,
0~0.1kPa,0~0.5kPa,0~2kPa 0~0.5MPa,0~1.0MPa,0~2.0MPa
Allowable differential
pressure 40kPa or 50kPa 1MPa,2MPa or 4MPa
Accuracy ±1%FS ±0.5%FS
Output signal 4~20mA DC 4~20mA DC
Damping 0~16 sec 0.5~10 sec
Mounting To be mounted on a wall
surface or on a 2B pipe Screwed(BSPT 1/2)
Power supply 24V DC 24V DC

The model KUX60G/70G field type P/I converter is a microprocessor-based, pneumatic-electric current signal converter, which employs a silicon pressure sensor. It converts a pneumatic signal to a 4 to 20 mA DC current signal with high accuracy and excellent stability.

Zone Presence Sensor (ZPS) detects presence of a person in front of a fume hood. When it senses a human presence, ZPS sends the fume hood monitoring system a signal for ‘normal operation’ to request a standard airflow rate for manned condition. When operators are absent, it signals for a stand-by, lower airflow rate mode. By switching the airflow rate automatically according to presence or absence of operators, it maximize energy and cost saving.

The Advanced Temperature Transmitter (models ATT60/70) is a field instrument that converts inputs from thermocouples, mVs, and resistance thermo-bulbs into analog (4 to 20mA) and digital signals and transmits them to receivers. Various parameters can be remotely set and self-diagnosis can be performed through the Smart Field Communicator (SFC). It can also execute two-way communications between the SFC, or HART® 375 communicator, and, via DE protocol, with the TDCS3000 or 3000X and a database, thus facilitating self-diagnosis, range resetting, and automatic zero adjustment. Easier to maintain
Settings, adjustments and self-diagnosis can be done easily by SFC or HART communicator.
FEATURES
Flexible sensor types

ThermoPLUS handles all thermal sensors, and any temperature range can be set as required.

Reduction in engineering work costs

The models ATT60/70's two-wire system requires no compensation wires or field cables.

Self-diagnostics function

Abnormal ambient temperature : Can monitor outside the range of -40 to 85deg C
Abnormal input : When temperature sensor output fails.
Thermocouple disconnection : Thermocouple is disconnected.

The optimum range for a given process

Even if out of range, the necessary data can be read afterward from the holding function of the maximum and minimum PV values.

Convenient integral digital indicators

They are available as an option (0 to 100% even scale), allowing simultaneous field display indication and signal transmission.

Type of protection

ThermoPLUS has acquired the various Explosion protection approvals, including TIIS and FM.

Router and Repeater Modules optimize communications by LonTalk®*¹ protocol supported by Celeris II systems.
*1: LonTalk® is the registered trademark of Echelon Corporation in the United States.
• Router :
Router is used to segment a group of Celeris II valves connected to the network (nodes) from the building's network system to build up a room-level sub-network.
• Repeater :
Repeaters are used to extend the building's network beyond 130 meters. There is no limit on the number of repeaters that can be connected to a single network.

AT9000 Advanced Transmitter is a microprocessor-based smart transmitter that features high performance and excellent stability. Capable of measuring gas, liquid, vapor, and liquid levels, it transmits 4 to 20 mA DC analog and digital signals according to the measured differential pressure.
It can also execute two-way communications between the CommPad (Handy Communicator) or HART® 375 communicator, thus facilitating self-diagnosis, rang resetting, and automatic zero adjustment.
FEATURES
1. High performance and stability

Unique characterization and composite semiconductor sensors realize high accuracy up to 0.04%F.S.
Fast response within 100 msec.
Our proven sensor technology enables Long-term stability up to 0.1% of URL per 10-year.

2. Wide measuring range (range ability)

A wide measuring range is available from a single model. This feature is highly effective in taking measurement over a wide range and reducing the need for inventory.
Model GTX30D/31D/32D: 0.5 to 100 kPa (range ability: 200 to 1)

odel number MCM10A
Process fluid temperature range:-20~90˚C,
pressure range:2.0MPa max.
measurable electrical conductivity:50us/cm min.
Measurement flow range(m3/h) DN25 0~8.835
DN40 0~22.619
DN50 0~35.342
DN65 0~52.729
DN80 0~90.477
DN100 0~141.371
Protection rating IEC IP65
Accuracy(flow rate) 1≤ Vf (m/s) ≤ 5,±0.5% of rate.
Vf<1,±0.5% of span
Input signal two Pt100 inputs(supply temperature and return temperature)
Accuracy(Caloric) ±1.5% of reading(Diff,temp>10˚C)
±2.5% of reading(Diff,temp:4~10˚C)
±3.0% of reading(Diff,temp<4˚C)
Output signal 4-20mA DC or pulse
Wafer type JIS10K,JIS20K,ANSI150
ISO PN10,ISO PN16
Power supply 24V DC

An open-architecture platform employed in savic-net FX enables integrated facility operation as well as data sharing, thereby enhancing labor performance of monitoring staff and enabling operating cost reduction.

The MagneW 3000 PLUS+ electromagnetic flowmeter offers highperformance, and high reliability based on Yamatake's field proven technologies. The model MGG14C converter offers expanded flowrate and process measurement capabilities when used with the new range of MagneW 3000 PLUS+ detectors. FM / CSA nonincendive model is suitable for use in Class I / II / III, Division 2, Groups A, B, C, D, F, and G or non - hazardous location only. General model is suitable for use in non - hazardous location.
FEATURES
Liquid crystal display with backlighting (optional)

Backlit display eases reading in direct sunlight or in a dark room.
Simultaneously displays flow rate in percentage, actual flow rate and totalized value.
Rotating display improves visibility of integral models mounted on pipes.

Setting parameters by optional infrared touch sensor (Optional)

Allows safe setting, in severe environments, without opening the cover of the converter.
Prevent wrong operation, wrong configuration through the infrared touch sensor by write protection function.

Mirror Smooth PFA Liner

Yamatake' patented manufacturing process yields a PFA liner with a mirror smooth finish that significantly reduces scaling. The result is reduced downtime and lower maintenance costs. The embedded stainless steel reinforcement offers proven performance advantages in conditions such as rapid thermal change or vacuum conditions.

Variety of liner materials

Other liner materials available for the MagneW 3000 PLUS Detectors include ETFE, Ceramic, and Polyurethane and Chloroprene rubber. These alternate materials offer higher durability in more abrasive applications.

Type of protection

Conforms CE marking and FM/CSA Nonincendive use in Class I / II / III, Division 2, Groups A, B, C, D, E, F, and G.