ジャパンコントロールス 「Japan Controls Co. Ltd.」 Product Lineup

We offer four models: 10BP, 4000ABP, 20BP, and 4500ABP. Each model is extremely sensitive and functions to detect fluctuations in primary pressure and maintain a constant pressure. This high sensitivity characteristic is 32Pa for the 10BP and 127Pa for the 4000ABP, depending on the appropriate diaphragm diameter, material, and structure. Additionally, the reproducibility of these products is very stable and highly reliable, accommodating applications with large flow rates. In precision control systems, they are adopted not only in testing equipment but also in mechanical control and medical devices.

• Pneumatic Equipment

We offer four models: 10BP, 4000ABP, 20BP, and 4500ABP. Each model is extremely sensitive and functions to detect fluctuations in primary pressure and maintain a constant pressure. This high sensitivity characteristic is 32Pa for the 10BP and 127Pa for the 4000ABP, depending on the appropriate diaphragm diameter, material, and structure. Additionally, the reproducibility of these products is very stable and highly reliable, accommodating applications with large flow rates. In precision control systems, they are used not only in testing equipment but also in mechanical control and medical devices.

• Pneumatic Equipment

We offer four models: 10BP, 4000ABP, 20BP, and 4500ABP. Each model is extremely sensitive and functions to detect fluctuations in primary pressure and maintain a constant pressure. This high sensitivity characteristic is 32Pa for the 10BP and 127Pa for the 4000ABP, depending on the appropriate diaphragm diameter, material, and structure. Additionally, the reproducibility of these products is very stable and highly reliable, accommodating applications with large flow rates. In precision control systems, they are adopted not only in testing equipment but also in mechanical control and medical devices.

• Pneumatic Equipment

We offer four models: 10BP, 4000ABP, 20BP, and 4500ABP. Each model is extremely sensitive and functions to detect fluctuations in primary pressure and maintain a constant pressure. This high sensitivity characteristic is 32Pa for the 10BP and 127Pa for the 4000ABP, depending on the appropriate diaphragm diameter, material, and structure. Additionally, the reproducibility of these products is very stable and highly reliable, accommodating applications with large flow rates. In precision control systems, they are used not only in testing equipment but also in mechanical control and medical devices.

• Pneumatic Equipment

The Jordan 708 series is a compact control valve designed specifically for low flow rates. It has 19 Cv ranges from 0.00001 to 4.0, and is available in three connection sizes: 1/4”, 1/2”, and 3/4”. With a maximum pressure of 34.5 MPa and a maximum temperature of 482°C, it can accommodate a wide range of applications despite its small size. The wetted parts are made from various materials, including 316SS, allowing us to meet customer requirements. Features: • Rolling diaphragm - The rolling diaphragm design maintains a relatively constant effective area of the diaphragm regardless of the valve stem position. • Spring-loaded TFE/Chevron packing - The spring-loaded packing maintains moderate compression without causing excessive friction. • Bolt-connected body/bonnet - The bolted construction provides a robust structure for secure connections. • Guided trim - The extended orifice/plug guide improves shut-off capability and accuracy as standard (not available for Cv values below 0.05).

• Flow Control

The Jordan 708 series is a small control valve designed specifically for low flow rates. It has 19 Cv ranges from 0.00001 to 4.0, and is available in three connection sizes: 1/4”, 1/2”, and 3/4”. With a maximum pressure of 34.5 MPa and a maximum temperature of 482°C, it can accommodate a wide range of applications despite its small size. The wetted parts are made from various materials, including 316SS, allowing us to meet customer requirements.

• Flow Control

The Jordan 708 series is a small control valve designed specifically for low flow rates. It has 19 Cv ranges from 0.00001 to 4.0, and is available in three connection sizes: 1/4”, 1/2”, and 3/4". With a maximum pressure of 34.5 MPa and a maximum temperature of 482°C, it can accommodate a wide range of applications despite its small size. The wetted parts are made from various materials, including 316SS, allowing us to meet customer requirements.

• Flow Control

The Jordan 708 series is a compact control valve designed specifically for low flow rates. It has 19 Cv ranges from 0.00001 to 4.0, and is available in three connection sizes: 1/4”, 1/2”, and 3/4”. With a maximum pressure of 34.5 MPa and a maximum temperature of 482°C, it can accommodate a wide range of applications despite its small size. The wetted materials include various options, starting with 316SS, allowing us to meet customer demands. <Features> ★ Rolling diaphragm type Regardless of the valve stem position, the effective area of the diaphragm remains relatively constant. The response to input signal changes is smooth, improving the actuator accuracy related to valve positioning. ★ Reduces excessive friction while maintaining appropriate compression Spring-loaded TFE/Chevron packing with spring-loaded packing. TFE packing has a temperature limit of 232°C, while for high temperatures, blade type or graphite/graph foil type packing is used. ★ Easy maintenance with secure coupling Bolt-connected body/bonnet - the bolted structure is robust. The bonnet/actuator section can be removed from the valve body that is connected to the piping. *For more details, please download the catalog or feel free to contact us.

• Flow Control

The Jordan 708 series is a small control valve designed specifically for low flow rates. It has 19 Cv ranges from 0.00001 to 4.0, and is available in three connection sizes: 1/4”, 1/2”, and 3/4". With a maximum pressure of 34.5 MPa and a maximum temperature of 482°C, it can accommodate a wide range of applications despite its small size. The wetted parts are made from various materials, including 316SS, allowing us to meet customer requirements.

• Flow Control

A structure combining a NAFION® gas dryer and a desiccant canister. The gas sample flowing through the dryer only comes into contact with the NAFION tube, selectively removing moisture while preserving the gas components in the sample gas.

• Analytical Equipment and Devices

A structure combining a NAFION® gas dryer and a desiccant canister. The gas sample flowing through the dryer only comes into contact with the NAFION tube, selectively removing moisture while preserving the gas components in the sample gas.

• Analytical Equipment and Devices

The product consists of a sensor and an amplifier display, is lightweight, and makes on-site transportation easy. When the sensor is inserted into the web rotation surface and a load is applied, the load value is displayed on the instrument.

• Other weight measuring instruments

The product consists of a sensor and an amplifier display, is lightweight, and makes on-site transportation easy. When the sensor is inserted into the web rotation surface and a load is applied, the load value is displayed on the instrument.

• Other weight measuring instruments

★ Heine Company manufactures cantilever (single-sided) load cells for narrow web applications. ★ It is specifically designed for tension measurement of narrow wire materials such as tape, fiber, and wire cables. For more details, please contact us or download the catalog.

• Other measurement, recording and measuring instruments

Since it is a bolt type, it can be easily replaced if existing products are mounted on the fork head. Additionally, the ease of installation allows for cost reduction when upgrading the load cell.

• Waterproof Connector
• Sensors
• Strength Testing Equipment

The Hene XYR series is a load cell that measures the load of both XY axes with a single unit. In web tension applications, it continuously provides accurate tension measurements even when there are changes in the wrap angle. It allows for biaxial measurement from just one side without needing to be installed at both ends of the axis, leading to cost savings.

• Other measurement, recording and measuring instruments

Heine Corporation manufactures several types of radial force (flange type) load cells. All products have no mounting directionality for the web axis, allowing for proper installation in any measurement direction around the entire circumference, ensuring the effectiveness of the measurements. The sensors are of the double beam type, offering a good overall error of 0.5% along with robustness.

• Other measurement, recording and measuring instruments

The TSW series from Heine is a load cell specifically designed for tension measurement of wires. The product comes with measuring and guide rollers, and it is compact and lightweight, making it easy to install on machinery.

• Other measurement, recording and measuring instruments

The sensors are available in various types including electromagnetic, electromagnetic eddy current, and inductive types, accommodating both ferrous and non-ferrous materials. We offer a wide range of products, from inexpensive ones that are easy to teach to those compatible with various field buses, depending on the application. For ferrous materials, detection is possible for thicknesses up to 8mm, and for non-ferrous materials, up to 15mm. There are also products that allow for the connection of four sensors to a single controller, enhancing work efficiency and reducing costs.

• Other measurement, recording and measuring instruments

The sensors are available in various types including electromagnetic, electromagnetic eddy current, and inductive types, and can accommodate both ferrous and non-ferrous materials. We offer a wide range of products, from inexpensive options that are easy to teach to those compatible with various field buses, depending on the application. For ferrous materials, detection is possible up to a maximum thickness of 8mm, and for non-ferrous materials, up to 15mm. There are also products that allow for the connection of four sensors to a single controller, enhancing work efficiency and reducing costs.

• Other measurement, recording and measuring instruments

The sensors are available in various types, including electromagnetic, electromagnetic eddy current, and inductive types, and can accommodate both ferrous and non-ferrous materials. We offer a wide range of products, from inexpensive ones that are easy to teach to those compatible with various field buses, depending on the application. For ferrous materials, detection is possible up to a thickness of 8mm, and for non-ferrous materials, up to 15mm. There are also products that allow for the connection of four sensors to a single controller, enhancing work efficiency and reducing costs.

• Other measurement, recording and measuring instruments

The Steriflow Mk96 series uses 316L stainless steel for the wetted parts, and after mechanical polishing, it undergoes electropolishing treatment. Designed to have a structure without liquid pockets and to accommodate CIP/SIP, this product is ideal for use in sanitary processes. In addition to the stability of the set pressure, the shut-off characteristics can also achieve ANSI Class VI with optional features.

• Pressure Control

The Steriflow Mk96 series uses 316L stainless steel for the wetted parts, and after mechanical polishing, it undergoes electropolishing treatment. Designed to have a structure without liquid pockets and to accommodate CIP/SIP, this product is ideal for use in sanitary processes. In addition to the stability of the set pressure, the shut-off characteristics can also achieve ANSI Class VI with optional features.

• Pressure Control

The Steriflow Mk96 series uses 316L stainless steel for the wetted parts, and after mechanical polishing, it undergoes electropolishing treatment. Designed to have a structure without liquid pockets and to accommodate CIP/SIP, this product is ideal for use in sanitary processes. In addition to the stability of the set pressure, the shut-off characteristics can also achieve ANSI Class VI with optional features.

• Pressure Control

The Steriflow Mk96 series uses 316L stainless steel for the wetted parts, and after mechanical polishing, it undergoes electropolishing treatment. Designed to have a structure without liquid pockets and to accommodate CIP/SIP, this product is ideal for use in sanitary processes. In addition to the stability of the set pressure, the closing characteristics can also achieve ANSI Class VI with optional features.

• Pressure Control

The Steriflow Mk95 back pressure regulator is made of 316L stainless steel and is a product specifically designed for sanitary processes, featuring a structure without liquid traps, surface finishing, and compatibility with CIP/SIP. It has a proven track record not only in pharmaceutical manufacturing processes but also in food and chemical manufacturing processes, and is highly regarded for its stable controllability. When a simple diaphragm valve does not meet control requirements, and the use of expensive control valves is hesitated, a self-operated back pressure regulator achieves both good controllability and cost reduction.

• Pressure Control

The Steriflow Mk95 back pressure regulator is made of 316L stainless steel and is a product specifically designed for sanitary processes, featuring a structure without liquid accumulation and surface finishing, as well as compatibility with CIP/SIP. ★ It has a proven track record in pharmaceutical manufacturing processes, food, and chemical manufacturing processes. ★ Stable control performance. ★ When a simple diaphragm valve does not satisfy control requirements, and the use of an expensive control valve is hesitated, a self-operated back pressure regulator achieves both good control performance and cost reduction. <Track Record and Applications> It is used in the bypass system of pumps or compressors at the outlet in pharmaceutical, food, beverage, chemical, bio, and semiconductor processes for primary pressure control. In addition to manual setting, there is also an air pressure signal setting type, allowing for remote operation. For more details, please download the catalog or contact us.

• Pressure Control

The Steriflow Mk95 back pressure regulator is made of 316L stainless steel and is a product specifically designed for sanitary processes, featuring a structure without liquid traps, surface finishing, and compatibility with CIP/SIP. It has a proven track record not only in pharmaceutical manufacturing processes but also in food and chemical manufacturing processes, and is highly regarded for its stable control capabilities. When a simple diaphragm valve does not meet control requirements, and the use of expensive control valves is hesitated, a self-operated back pressure regulator achieves both good control and cost reduction.

• Pressure Control

The Steriflow Mk95 back pressure regulator is made of 316L stainless steel and is a product specifically designed for sanitary processes, featuring a structure without liquid traps, surface finishing, and compatibility with CIP/SIP. It has a proven track record not only in pharmaceutical manufacturing processes but also in food and chemical manufacturing processes, and is highly regarded for its stable controllability. When a simple diaphragm valve does not meet control requirements, and the use of expensive control valves is hesitated, a self-operated back pressure regulator achieves both good controllability and cost reduction.

• Pressure Control

★When supplying steel strips to a stamping press, the final end of the reel's unwind and the unwind section of a new reel are welded together for continuous transport, but detection of the weld joint must always be performed prior to the press process. ★In the case of a stamping press, the most important point for automating detection is that it must be conducted while the transport is repeatedly moving and stopping in a short time. ★The Roland NS9N is the first product developed specifically as a detector for narrow steel strips. For more details, please contact us or download the catalog.

• Other inspection equipment and devices

It is possible to measure the liquid viscosity from a very small sample volume of 75μL, with a maximum pressure of 138MPa and a maximum temperature of 375°C. The viscosity range is from 0.2 to 20,000 cP, and the measurement ratio is subdivided into 13 ranges at 1:20, providing stable accuracy and reliability.

• Viscometer

Real-time viscosity measurement can be performed on the process line. The compact, field-mounted viscometer provides inline viscosity measurement and control capabilities in various process lines or process loops.

• Viscometer

The device consists of a high-pressure sensor section and a setting/monitoring section, and it has a compact design suitable for tabletop use. The sensor operates electromagnetically with a falling piston, calculating the operating time based on viscosity. An RTD is installed in the sensor, allowing for viscosity measurements that are temperature-corrected by continuously measuring the actual temperature. The monitoring section features a menu-based display and input operations, enabling easy and accurate work.

• Viscometer

The measurement principle is based on free fall, and the measuring part moves the piston back and forth using electromagnetic force. The structure is extremely simple and has good cleanability. The measurement range is 0-10,000 cP, subdivided into 12 ranges, with a measurement ratio of 20:1 for each range. <Features> - High precision, high reproducibility, low cost - Simple and durable - Quick measurement results - Minimal maintenance, almost negligible - Easy cleaning - High stability - calibration values are preserved for a long time

• Viscometer

● It detects welding defects in pipes, wires, cables, rods, etc., using a non-contact eddy current sensor. ● It is compatible with minimum diameters of 1mm to maximum diameters of 90mm using several types of full-circle coil sensors. ● It has a resolution of 0.6mm at a material speed of 10m/s, allowing for sufficiently accurate recognition of defect locations.

• Defect Inspection Equipment

The SIS XP, developed by the German company Roland, is a dedicated device for detecting defects in tire steel wire cord materials. This device uses magnetic detection principles to continuously inspect the condition of abnormal areas and splice sections of the steel wire cord material during the tire manufacturing process, and outputs that information. It employs up to 16 sensors and can detect issues such as wire pull-out, overlapping, and irregularities with a maximum inspection effective width of 1120mm, as well as determine and output the status of normal and abnormal splice sections based on pre-input data.

• Defect Inspection Equipment

The SIS XP developed by Germany's Roland company is a dedicated device for detecting defects in tire steel wire cord materials. This device uses magnetic detection principles to continuously inspect the condition of abnormal areas and splice sections of the steel wire cord material during the tire manufacturing process, outputting that information. It utilizes up to 16 sensors and can detect issues such as wire pull-out, overlapping, and irregularities with a maximum inspection effective width of 1120mm, as well as determining normal and abnormal splice sections based on pre-input data and outputting the results externally.

• Defect Inspection Equipment

The SIS XP developed by Germany's Roland company is a dedicated device for defect detection in tire steel wire cord materials. This device uses magnetic detection principles to continuously inspect the condition of abnormal sections and splice areas of the steel wire cord material during the tire manufacturing process, and outputs that information. It employs up to 16 sensors and can detect issues such as wire pull-out, overlapping, and irregularities with a maximum inspection effective width of 1120mm, as well as determining normal and abnormal splice areas based on pre-input data and outputting the results externally.

• Defect Inspection Equipment

The SIS Vision developed by Germany's Roland company is a dedicated device for detecting defects in tire steel wire cord materials. This device uses magnetic detection principles to continuously inspect the condition of abnormal parts and splice parts of the steel wire cord material during the tire manufacturing process and outputs that information. Using up to 16 sensors, it detects issues such as wire pull-out, overlapping, and misalignment with a maximum inspection effective width of 1120mm, and determines normal and abnormal splice parts based on pre-input data, outputting the results externally. *For more details, please contact us or download the catalog!

• Defect Inspection Equipment

The SIS XP, developed by the German company Roland, is a dedicated device for detecting defects in tire steel wire cord materials. This device uses magnetic detection principles to continuously inspect the condition of abnormal areas and splice sections of the steel wire cord material during the tire manufacturing process, and outputs that information. Using up to 16 sensors, it detects issues such as wire pull-out, overlapping, and misalignment with a maximum inspection width of 1120mm, and determines normal and abnormal splice sections based on pre-input data for external output. *For more details, please contact us or download the catalog!*

• Defect Inspection Equipment

The SIS XP, developed by the German company Roland, is a dedicated device for detecting defects in tire steel wire cord materials. This device uses magnetic detection principles to continuously inspect the condition of abnormal areas and splice sections of the steel wire cord material during the tire manufacturing process, and outputs that information. It utilizes up to 16 sensors and can detect issues such as wire pull-out, overlapping, and irregularities with a maximum inspection effective width of 1120mm. Additionally, it determines normal and abnormal splice sections based on pre-input data and outputs the results externally.

• Defect Inspection Equipment

The HAEHNE BZV-A/BZH-A load cells are small, lightweight, and highly reliable tension measurement sensors made from aircraft-grade aluminum and designed in a pillow block style. The measurement range is 0.1-0.5 kN, with an accuracy of 0.5% (combined error), making them suitable for use as tension detection sensors in various manufacturing processes.

• Other measurement, recording and measuring instruments

The HAEHNE BZV-A/BZH-A load cells are small, lightweight, and highly reliable tension measurement sensors made from aircraft-grade aluminum and designed with a pillow block type. The measurement range is 0.1-0.5 kN, with a high accuracy of 0.5% (combined error), making them suitable for use as tension detection sensors in various manufacturing processes.

• Other measurement, recording and measuring instruments

The BZV-A/BZH-A load cells manufactured by HAEHNE are small, lightweight, and highly reliable tension measurement sensors made from aircraft-grade aluminum and designed in a pillow block style. The measurement range is 0.1-0.5 kN, with a high accuracy of 0.5% (combined error), making them suitable for use as tension detection sensors in various manufacturing processes.

• Other measurement, recording and measuring instruments

The HAEHNE BZV-A/BZH-A load cells are small, lightweight, and highly reliable tension measurement sensors made from aircraft-grade aluminum and feature a pillow block design. The measurement range is 0.1-0.5 kN, with an accuracy of 0.5% (combined error), making them suitable for use as tension detection sensors in various manufacturing processes.

• Other measurement, recording and measuring instruments