Find Verified Temperature Controllers Indicators Suppliers, Manufacturers and Wholesalers

Model KFT Temperature Indicating Controllers indicate and control a process variable by converting its temperature change into mechanical displacement of a bellows through change in expansion of liquid-fill by temperature or change in gas-fill pres-sure by temperature.
Indicating transmitters and indicating transmitting controllers also are available as well as indicating controllers. The controllers are available either in the local type to set the set-point value with the knob on the instrument or in the cascade type(remote type) to set the set-point value with a pneumatic set-point signal.
**A wide variety of measuring elements and control mechanisms are available to meet various applications.
**A pneumatic circuit board and a heat-resistant weatherproof sturdy case are used , thereby greatly improving the durability and reliability.
**The pneumatic circuit board system allows to readily add or eliminate control mechanisms and units, thereby enhancing the system modification and expansion flexibility.
**Interchangeable parts are used to the maximum practicable extent, thereby reducing the number of parts to be kept in stock.
**A bellows type pressure receiving element, which provides a larger torque and a higher resistance against vibration, is employed.
**A Compensation mechanisms for ambient temperature change is incorporated.

Temperature Indicator

Material Stainless Steel
Automatic Grade Automatic

Pressure High, Low, Medium
Port India port

BRAND : FUJI TEMPERATURE CONTROLLER
PXF9 , PXF4, PXF5, PXF4 SOCKET TYPE ALL SERIES AVAILABLE .

Precise control:
Achieved a processing speed of 50 ms which is 10 times faster than conventional models. Reading accuracy is also improved from �±0.5% to �±0.2%*.
*Comparison under 0â??850�°C range, with RTD. See the Data Sheet for details.
Easy-to-see display
MVA LCD* which offers high contrast and wide viewing angle
Process value is displayed in white
*Minimal translucent type vertical alignment liquid crystal display
Practical options
Simple watt-hour metering function: allows you to monitor energy consumption
Operating days alarm: tells you the appropriate time for maintenance work
Most compact class in industry
36% smaller (than conventional models) and 58-mm depth shallow body helps downsize your facility
Universal input
You can use any input among RTD, thermocouples, voltage, current, and mV. The set-up for input change is very easy, only requires parameter change. This allows reduction of maintenance parts

Key Specifications/Special Features :
As per customers requirement

Control Panel

Classic Controller

BRAND: WEST PID TEMPERATURE CONTROLLER
WEST Controller:
Model: WEST-6100+,P6100
Model: WEST-4100+,P4100
Model: WEST-8100+,P8100
Features and Benefits:
Dual setpoints & optional remote selection
Plug-in output modules allow installing just the functions needed in
Expanded user-selectable operator modes in
User-selectable plug-and-play output cards in
Process and loop alarms in
Adjustable hysteresis in
Optional 10V SSR driver in
Improved Windows PC configuration software
Improved easy-to-use HMI
Jumperless input configuration
Auto-hardware recognition
Faster communication speeds
More security options
Backward compatible panel cutout, housing and terminal wiring capability
P6100/P6170/P8100/P4100

Temperature Sensor

Manufacturer & Exporter of Temperature Sensor. Our product range also comprises of Glass Tube Rotameter, Acrylic Body Rotameter and Bypass Rotameter.

Our organization holds expertise in manufacturing and supplying premium quality Temperature Sensor. The range comprises of thermocouple and RTD sensors. Each of these sensors is known for its efficiency and accurate results.

Thermocouples Sensors:
While manufacturing, their style is determined on different parameters such as:

Sheath material
Lead lengths
Sensor material and others
Diameters
Lengths
Features:
Response time
Accuracy
The junction of the thermocouple can be grounded, ungrounded or exposed
Lead length may vary depending on the distance of the temperature controller from the thermocouple sensor.
RTD Sensors:
These are developed from stainless steel, platinum and are available in configuration of 2 or 3 wires. These Sensors are used in Air conditioning and refrigeration servicing, Food service processing, Textile production, Microelectronics

Realization of optimal environment
Alternative for Metal Halide Lamp 175W, 250WAlternative for High voltage mercury lamp 300WUsed for factory, industrial site, canopy, etc.Maintain the uniformity of brightness at the height of 12MVarious light distribution angles : 55, 110

High efficiency ¡¤ High feasibility
52% cost reduction against metal high ceiling lampHeatproof system for long service life. The system considering waterproof, dustproof, fallout aspects, etc.
Reduce the cost of maintenance . By low power and high efficiencyLong service life: max. 50,000 hr.

Differentiated design and safety

Eco-friendly lighting product with no harmful substance to respond to RoHSSlim & Simple design (design application).
Installation type of Bracket with safe structureRealization of light-weight less than 6Kg.

The integrated temperature transmitter encapsulates the temperature sensor and transmitter circuit in the same stainless steel housing, eliminating a separate signal converter. The sensor part can be a Pt100 RTD, Type K thermocouple, or Type E thermocouple, directly contacting the measured medium. The transmitter module linearly converts resistance or EMF signals into a 4-20mA current signal, which can be transmitted over thousands of meters without degradation. This integrated design greatly reduces wiring points and potential failure points, significantly lowering installation and maintenance costs. The all-metal housing effectively shields against electromagnetic interference, making it suitable for temperature monitoring near variable-frequency motors and high-power equipment.
The integrated temperature transmitter supports an extremely wide temperature range, from low -200â?? (liquid nitrogen environment) to high +1300â?? (industrial furnaces). Users can freely set the upper and lower range limits and adjust zero and span via PC software or a communicator. Transmission accuracy reaches �±0.1% FS or �±0.2% FS, better than traditional bare RTD outputs. Built-in linearization circuits and cold junction compensation (for thermocouples) ensure accurate readings across the full range. The sensor break alarm function causes the output to jump above 20mA or below 3.6mA when the sensor opens or shorts, alerting maintenance personnel. This feature greatly enhances process control safety.

Features:

1. Real-time monitoring of grain temperature to prevent spoilage
2. 1-wire digital temperature sensors
3. Unique temperature/level (EST120) monitoring cable
4. 98.5ft (30m) maximum cable length
5. Customizable number and location of temperature sensors
6. Simplified and lower installation costs using digital technology, wired or wireless
7. Operator interface with remote monitoring PC-software

DEIF GENSET CONTROLLER
Automatic Genset Controller AGC-4 Mk II
The automatic genset controller AGC-4 MK II can be used as a single genset controller. Also, several AGCs can be connected in a complete power management system for synchronising projects, islanded or paralleled to the mains.

The generator controller is ideal for mission-critical applications such as hospitals and data centres, and it is capable of delivering backup power in only six seconds.

Length: 1m, 2m, 3m, 4m, 5m, 6m
- Dia: 10-60cm
- Application: Riverbanks, Shorelines, Hills, Wetlands, Stream Banks, Construction Sites

TBSX Series Temperature Control Valve Dynamic Balance Type PN16

Features and Benefits
Two function in one: control + constant flow rate.
Push fit connection between the valve and actuator, quick for assembly and disassembly.
Electrothermal actuator, running silent.
Flow rate not affected by pressure changed.
Fist time running, fully open.
Actuators made in Germany.
Used in FCU system

Applicable Standards
Threaded Standard: ISO 228

Technical Data
Nominal Diameter:DN20/25(3/4"/1")
Nominal pressure: PN16 Temperature range: -5~85C
Voltage: AC220V±10%,50/60Hz
Flow rate tolerance: ±5%
Suitable for: Water
Voltage: AC220V�±10%,50/60Hz
Power: 1.8W
Thrust: 100N
Route: 4mm
Open close cycle: 3 minutes
Connection dimension: M30 1.5mm
Temperature: 0 C~60 C
Wire length: 1.2m
Wire standard: 2 0.75mm2PVC

T2SX Series Temperature Control Valve Electrothermal Type PN16

Features and Benefits
Push fit connection between the valve and actuator, quick for assembly and disassembly
Electrothermal actuator, running silent.
Zero leakage when pressure difference below 350KPa.
Fist time running, fully open.
Actuators made in Germany.
Used in FCU system

Applicable Standards
Connection standard: ISO228

Technical Data
Nominal Diameter:DN20/25(3/4"/1") Nominal pressure: PN 16 Temperature range: --5~85C Voltage: AC220V±10%, 50/60Hz Power: 1.8W
Thrust: 100N
Stroke: 4mm
Open close cycle: About 3 minutes Connection dimension: M30 1.5mm Temperature: 0C~60C
Wire length: 1.2m
Wire standard: 2 -0.75mm2PVC

Programmable Logic Controllers (PLCs) are industrial digital control systems designed to automate, monitor, and control machinery and production processes. PLCs receive signals from sensors and input devices, process programmed logic, and activate outputs such as motors, valves, relays, and actuators. Designed for reliable operation in demanding industrial environments, PLCs offer fast processing, flexible programming, communication capabilities, and scalable architectures. They are available in compact, modular, and rack-based configurations with different input/output capacities. PLC systems are widely used in manufacturing, packaging, process automation, water treatment, material handling, energy systems, and building automation, providing accurate control, improved productivity, operational reliability, and efficient process management.

Key Specifications
Parameter Specification
Product Type Programmable Logic Controller
Controller Type Compact / Modular / Rack-Based
Input Type Digital / Analog
Output Type Digital / Analog / Relay / Transistor
Operating Voltage Typically 24V DC or 100 - 240V AC
Programming Ladder Logic, Function Block, Structured Text
Communication Ethernet, Modbus, Profibus and other protocols
Memory Model-dependent
I/O Capacity Model-dependent and expandable
Mounting DIN Rail / Panel / Rack
Operating Temperature Typically -20 Degree C to +60 Degree C

Field-oriented-control motor controllers for 2W/3W/LCV traction motors with regenerative braking, CAN communication, IP67 housings and over-temperature protection. Paired with our motors or customer motors. MOQ 20 pcs.
Motor Controllers and Inverters are electronic devices used to regulate the operation, speed, torque, or power conversion of electric motors. Variable Frequency Drives (VFDs) control AC motor speed by adjusting the output frequency and voltage, while other motor controllers may provide starting, stopping, reversing, and protection functions. Inverters can also convert DC power into AC power for motor operation or other electrical applications, depending on their design. These products are widely used in industrial machinery, pumps, fans, conveyors, HVAC systems, automation equipment, and renewable-energy installations. Selection depends on motor rating, supply voltage, phase, control method, and operating environment.

NCS Series of Intelligent Transmitters are digital, intelligent, network-based, merged with advanced, reliable and stable sensor technology, to be designed as a new generation of Fieldbus Intelligent Transmitter.



NCS Series of Intelligent Transmitter have been designed with high precision and high reliability, high stability. The pressure, temperature, currents and other physical quantities are displayed on LCD module. Zero drift, range settings and many other functions, are realized by the magnetism bar operation. The interoperability between different systems and equipments are realized by the Equipment Description Document, which is compatible to a variety of device management software, and adapting to harsh electromagnetic environment. NCS Series of Intelligent Transmitter have been used in inflammable and explosive places according to Intrinsically Safety Design.

The Fieldbus Technology is used in NCS-TT105 Intelligent Temperature Transmitter, which is a new generation of Fieldbus Intelligent Temperature Transmitter, also an indispensable field device in control processing. It is integrated with a variety of functional modules, to realize not only the general testing functions, also the complicated control strategy.



Digital technology is applied in NCS-TT105, which has been used in a wide range of thermal resistance and thermocouple sensors. It has a wide measuring range. Because of the simple interface between the field and control room, the costs of installation, operation and maintenance are reduced a lot.



NCS-TT105 Series of Intelligent Temperature Transmitters, complied with FF Protocol, have been widely used in petroleum, chemical, metallurgy, electricity, cement,etc.



Thermo resistance additional parameters as follows:



Parameter

Function Description

COMP_WIRE1

Linearization compensation for thermo resistance 1 selecting 2-wire or 3-wire.

Unit is fixed as

COMP_WIRE2

Linearization compensation for thermo resistance 2 selecting 2-wire or 3-wire.

Unit is fixed as �©.

SENSOR_CONNECTION

It can be used to connect sensor with 2-wire or 3-wire.

0: 2-wire

1: 3-wire

NCS-TT106 Temperature Module:

NCS-TT106 smart temperature module, using the fieldbus technology, is a new generation of smart fieldbus temperature transmitter and it is an indispensable field device for process control. NCS-TT106 transmitter integrates abundant function blocks and realizes not only general measurement function but also complicated control strategy.
NCS-TT106 uses digital technology, so it can connect with many types of thermocouple and thermo resistive sensors. It has wide range and simple interface between field and control room, which reduces the expense of installation, operation and maintenance.

NCS-TT106 supports HART, FF, and PA protocols. It can be widely used in the petroleum, chemicals, electricity, and metallurgical industries, etc.

NCS-TT106 Temperature Module Features

Support multiple thermal resistances and thermocouples

Thermal resistance supports2/3-wire connection mode

Thermocouple can use cold end compensation function

NCS-TT106 Temperature Module Basic Parametersï¼?

Bus Power Supply: 9-32VDC  

Current consumption (static) 14m FF/PA

11V-35 VDC(HART) Input Signal: Pt100, Pt1000, Cu50, Cu100 �©, 0, 0 to 500 ~ 4000 Resistance, B, E, J, N, K, R, S, T eight degrees of Thermocouple, -100mV ~ 100mV Voltage Signal

The Channel Number: Single Channel

Fieldbus Protocol: FF/PA/HART

Insulation: Between the Terminal and the Housing 500Vrms(707VDC)

Operating Temperature: -40â-85

Humidity Range: 0%-95%RH

Starting Time: 5secs.

Turnover Time: 0.5secs.

Electromagnetic Compatibility: In Line with the GB/T 18268-2010

Explosion-Proof Sign: Ex ia IIC T4 Ga (HART)

Structural Parameter

Dimensions:45*23mm

Shell Material: Nylon

1. Support non-contact detection of personnel's wrist temperature and early warning of personnel with abnormal body temperature;
2. Support the binding of body temperature detection and personnel information, which can quickly confirm the personnel information and conduct body temperature detection;
3. Support temperature detection threshold configuration, you can configure personnel access rights through the temperature detection threshold;
4. Using non-contact wrist temperature detection module, the measurement range is 30 -45 , the measurement accuracy can reach 0.1 , the measurement error is 0.5 , and the temperature measurement distance is 12.5cm;
5. Using the deep learning algorithm model of UNV's independent intellectual property rights, the face recognition rate is> 99%, and the misrecognition rate is <1%;
6. Built-in deep learning chip, support local offline recognition, face (1: N) storage capacity up to 10000;
7. The fastest recognition speed is 0.2 seconds, the multi-model fusion mode is adopted to reduce the false recognition rate and increase the pass rate;
8. Two-way camera, using 2 million 1080P low illumination wide dynamic wide-angle camera and F1.6 large aperture lens, suitable for a variety of complex light scenes, collecting high-quality images;
9. Support binocular live detection function to effectively avoid deception such as photos and videos; 10. Support face metering and human figure metering to quickly adapt to ambient light;
11. Support face recognition of persons with height of 0.8m ~ 2.2m and control of recognition distance of 0.2 ~ 2.9m; Support sleep mode breathing screen, keep the minimum fill light brightness to prevent dazzling at night;
12. Support a single person to add up to 6 bottom library photos, greatly improving the recognition speed and pass rate; Support video capture, support national standard, ONVIF, IMOS protocol access to general security platform and NVR; Support open the door by swiping face, swiping card, password, QR code, APP, etc .;
13. Built-in microphone and speaker, support two-way intercom function with household indoor unit; Built-in 4G EMMC front-end storage, stable and reliable, supporting up to 30,000 records;
14. It has alarm functions such as anti-dismantling, door opening time-out, and certification over-time, and the switch quantity is connected to the fire signal to realize the door is always open when the fire alarm.

Model KFP Pressure indicating Controllers indicate and control a process variable by converting its pressure change into mechanical displacement of a bellows or a spiral pressure receiving element.
Indicating transmitters and indicating transmitting controllers also are available as well as indicating controllers. The controllers are available either in the local type to set the set-point value with the knob on the instrument or in the cascade type (remote type) to set the set-point value with a pneumatic signal.
**A wide variety of measuring elements and control mechanisms are available to meet various applications.
**A pneumatic circuit board and a heat-resistant weatherproof sturdy hard case are used, thereby greatly improving the durability and reliability.
**The pneumatic circuit board system allows to readily add or eliminate control mechanisms and units, thereby enhancing the system modification and expansion flexibility.
**Interchangeable parts are used to the maximum practicable extent, thereby reducing the number of parts to be kept in stock.
**A balancing weight and a pulsation damping spiral (optional) are employed, thereby making the instruments highly resistant against mechanical vibration and process pulsation.

Model KFK Pressure indicating Controllers (adjustable range type) indicate and control a process variable by converting its pressure into mechanical displacement of a bellows or a spiral pressure receiving element.
Indicating transmitters and indicating transmitting controllers also are available as well as indicating controllers. The controllers are available either in the local type to set the set-point value with the knob on the instrument or in the cascade type (remote type) to set the set-point value with a pneumatic signal.
**A wide variety of measuring elements and control mechanisms are available to meet various applications.
**A pneumatic circuit board and a heat-resistant weatherproof sturdy hard case are used, thereby greatly improving the durability and reliability.
**The pneumatic circuit board system allows to readily add or eliminate control mechanisms and units, thereby enhancing the system modification and expansion flexibility.
**Interchangeable parts are used to the maximum practicable extent, thereby reducing the number of parts to be kept in stock.
**The detecting section is identical with that of the pressure transmitter of PREX3000 Pneumatic Transmitter Series.

The KF Series of Field Mounted Indicating Controllers, which the special manufacturing techniques is introduced from Japanese Yamatak-Honeywell Co., Ltd, provides both application flexibility and instrumentation savings by employing a common type of indicating control section in each instrument. All process variables, such as temperature, pressure, level and flow, can be measured and controlled by the same type of instrument. The difference is only in the detector. Thus, the KF Series provides model simplicity and uniformity, and requires very little in the way of maintenance.
The KF Series comprises not only Indicating Transmitters but also Indicating Transmitting Controllers. They are united in structure, and combined in functions, complete in varieties and specifications with stable performance, high precision, strong anti-interference ability, high reliability, and are easy to mount and maintain. They are intrinsically safe and explosion-proof, able to drive the pneumatic performance mechanism directly, so they have been generally well accepted and trusted by domestic and foreign customers.

Walker Manufacturer

Yide Medical manufactures a focused range of� medical walkers designed for elderly care, post-operative rehabilitation, and hospital patient mobility support. Our product line covers two core walking aid configurations the Walking-Assist Walker and the Stand-Assist Walker -both constructed from medical-grade stainless steel and built to serve the practical mobility needs of patients who require frame-based support rather than wheeled mobility devices.
As a walker manufacturer, Yide Medical supplies medical walkers to distributors, nursing homes, hospital procurement departments, and private-label brand partners worldwide. All products carry CE certification and are produced under ISO 13485-compliant quality management processes. OEM customization is available for frame dimensions, surface treatment, grip design, and branding.

Anti-Bedsore Air Mattress Manufacturer

Anti-Bedsore Air Mattress  Manufacturer
An anti-bedsore air mattress also called an alternating pressure mattress, anti-decubitus mattress, or pressure relief air mattress is a medical device designed to prevent and manage pressure ulcers (bedsores) in patients who spend extended periods in bed. Pressure ulcers develop when sustained pressure on bony prominences such as the sacrum, heels, and hips restricts blood flow, causing tissue ischemia and skin breakdown. Bedridden patients in ICUs, post-operative recovery wards, nursing homes, and home care settings face the highest risk.
Yide Medical as a� Anti-Bedsore Air Mattress Manufacturer, � manufactures� anti-bedsore air mattresses� for hospitals, nursing homes, home care providers, and medical distributors worldwide. Our product range covers both bubble-cell and spherical-cell configurations, each paired with a motorized alternating pressure pump system designed to continuously redistribute body weight across the mattress surface the clinically established mechanism for preventing pressure ulcers in bedridden patients.
All Yide Medical� anti-bedsore air mattresses are CE certified, manufactured from medical-grade PVC, and produced under ISO 13485-compliant quality management. OEM and ODM services are available for distributors building private-label product lines. As a factory-direct supplier, we offer competitive wholesale pricing with full export documentation for global markets.

Electric Hospital Bed Manufacturer

Yide Medical manufactures a full range of electric hospital beds designed for clinical-grade patient care in ICU units, general hospital wards, rehabilitation centers, nursing homes, and home care environments. As a Electric Hospital Bed Manufacturer, we deliver adjustable, motorized patient beds with CE certification and ISO 13485-compliant production? available for wholesale ordering and fully open to OEM/ODM customization for brand partners worldwide.
Our current electric hospital bed lineup centers on multi-function fully electric models, with our flagship Five-Function ICU configuration representing the highest standard in motorized patient positioning. Whether you are equipping a critical care unit or sourcing a homecare bed line for distribution, Yide Medical's engineering and export team supports your procurement from specification to shipment.

Medical Mobility Aids Manufacturer
At Yide Medical, we design and manufacture a comprehensive range of� Patient Care & Mobility Equipment� built for hospitals, home care providers, and medical distributors worldwide. From multi-function electric hospital beds to lightweight folding canes, every product in this category is engineered to improve patient safety, comfort, and independence â?? while meeting the sourcing demands of B2B buyers who require consistent quality at factory-direct pricing.
Our Patient Care & Mobility Equipment� CE certified and produced under an ISO 13485-compliant quality management system, ensuring that every unit leaving our facility meets international medical device standards. Whether you are equipping a rehabilitation center, building a private-label product line, or placing large wholesale orders for distribution, Yide Medical supports OEM and ODM customization to match your brand specifications and market requirements.

WHT-Y Compressor Nebulizer

The YIDE WHT-Y is a professional-grade continuous operation compressor nebulizer designed for sustained clinical use in hospital inhalation therapy wards, respiratory clinics, and outpatient departments. Unlike intermittent-duty home units, the WHT-Y is engineered for uninterrupted aerosol therapy sessions making it the preferred choice for healthcare facilities where multiple patients require consecutive nebulizer treatments throughout the clinical day.
Powered by a reliable piston compressor, the WHT-Y delivers a working airflow of >6 L/min and a nebulization rate of 0.2-0.6 ml/min, atomising liquid medication into aerosol particles with a Mass Median Aerodynamic Diameter (MMAD) of 4 µm firmly within the therapeutic range for effective drug deposition in both the upper and lower respiratory tract. At just 1.5 kg� and compact dimensions of 188 106 188 mm, it combines clinical-grade performance with a footprint small enough for bedside tables, clinic trolleys, and multi-patient treatment bays.

Nebulizer Manufacturer China

As a CE- and ISO 13485-certified Nebulizer Manufacturer, we produce both types across a full range of form factors tabletop units for ward use and handheld models for on-the-go therapy with OEM/ODM customization available from branding through to product configuration. Whether you are a medical distributor building out a respiratory product line or a hospital group standardizing your inhalation therapy equipment, our factory-direct supply chain supports MOQs from 100 units with typical lead times of 25-35 days.
Whether you are a hospital procurement manager sourcing hospital-grade nebulizer machines for inhalation therapy wards, or a medical device distributor looking for a reliable nebulizer wholesale supplier in China, YIDE provides factory-direct pricing, flexible MOQ, and CE/FDA documentation support for global market entry.

7A-23B Electric Suction Apparatus
As an electric suction apparatus, it features an oil-free piston pump, oil-mist filter, and overflow protection, helping to reduce oil pollution and maintenance workload. The device is equipped with a 2.5L glass reservoir and operates at AC 220V, 50Hz, with a maximum negative pressure of 0.09 MPa and noise level below 65 dB(A). Its small footprint and lightweight design make it easy to move between wards or fit into limited spaces in emergency trolleys and ambulances.

Medical Suction Machine

YIDE is a professional medical suction machine� manufacturer based in Shijiazhuang, China. Our medical suction machines are available in single-canister and dual-canister configurations ranging from 1-litre portable units to 4-litre high-capacity trolley models, with brushless motor variants for noise-sensitive environments such as neonatal units and recovery wards. Each unit is built to meet IEC 60601-1-2 electromagnetic compatibility requirements and carries CE and ISO 13485 certification.Whether you need a single unit for evaluation or bulk orders for procurement projects, we offer flexible MOQ, competitive factory pricing, and full OEM/ODM support.
 
What Is a Medical Suction Machine?
A medical suction machine also known as an electric suction apparatus, vacuum suction unit, or� aspirator is a clinical device that generates negative pressure to remove secretions, blood, mucus, phlegm, and other bodily fluids from patients' airways, wounds, or body cavities. It operates on the principle of negative pressure (vacuum), drawing fluids through a suction catheter into a sealed collection canister.
The core components include an oil-free piston pump� or diaphragm pump, a pressure regulator, a collection bottle (typically 1000 ml-2000 ml), suction tubing, and an overflow protection valve. The suction strength (negative pressure) is adjustable, typically ranging from 0-0.08 MPa, to match clinical requirements.

The conductor of control cable uses high-purity oxygen-free copper, with single wire cross-sections typically ranging from 0.5mm² to 10mm�² and core counts from 2 to 61. Conductor structures are available as solid (Class 1) or stranded (Class 2 or 5). Stranded conductors are more flexible, suitable for frequent bending or tight space installation. The insulation is typically PVC or XLPE. PVC insulation is economical and chemically resistant; XLPE insulation has a higher temperature rating (90â??) and greater ampacity. Insulation colors follow standard practices: black cores with white numbers, or color-coded (brown, blue, grey, green/yellow, etc.) for easy identification during on-site wiring. Each insulated core has uniform thickness and passes online spark testing to ensure no pinhole defects.
Control cables can be equipped with shielding depending on the electromagnetic environment and mechanical protection requirements. Shielding types include copper wire braid, aluminum/PET tape wrap, or a combination of both. Copper wire braid with coverage of 80%â??90% effectively blocks external electromagnetic interference and prevents signal distortion. For high-interference environments (e.g., near variable-frequency drives), an overall shield or individual shield + overall shield structure can be added. The armor layer is typically steel tape armor (for mechanical pressure) or steel wire armor (for tensile strength), with a PVC or PE sheath over the armor. Armored cables are suitable for direct burial, conduit installation, or rodent-prone locations, effectively protecting cores from external damage. All metallic shielding and armor layers must be properly grounded to achieve optimal shielding performance.
Control cables can be classified into flame-retardant grades ZA, ZB, ZC, ZD to prevent flame propagation when installed in bundles. Fire-resistant cables (Type N) maintain circuit integrity for more than 90 minutes under flame exposure, suitable for critical control circuits such as fire alarm systems and emergency stop loops. Low-smoke halogen-free (LSZH) control cables produce very little smoke and no halogen gases when burning, avoiding secondary harm to personnel and electronic equipment â?? ideal for subways, hospitals, data centers, and other crowded or confined spaces. Oil-resistant control cables feature special PVC or thermoplastic elastomer sheaths to resist mineral oil, lubricating oil, and cutting fluids. All flame-retardant, fire-resistant, and environmentally friendly models pass national or international standard type tests, and third-party test reports are available upon request.

Woodward Easygen 3000 XT Genset Controller, 12-24 V DC, IP Rating: IP20
Woodward Easygen 5000 XT Genset Controller, 12-24 V DC, IP Rating: IP20
Woodward raised the standard in genset paralleling control and power management system with the easYgen3000XT Series controllers. These controllers come with standardized software that is simple to configure, yet easily customized for individual applications. Enhanced connectivity enables fast and secure interfacing to other controls and communications systems while the enhanced hardware is a drop-in replacement for previous generation easYgen-3000 Series Controls.

SB-SC25 is a high-performance enzyme solution specifically developed to control sticky contaminants in paper manufacturing processes. The product effectively attacks and reduces sticky materials commonly found in recycled fiber and paper production systems, helping improve machine efficiency and operational reliability.

By minimizing sticky deposits, SB-SC25 helps reduce paper machine breaks, decrease downtime, and improve overall production efficiency. The enzyme also contributes to cleaner paper sheets by eliminating sticky contaminants that can negatively affect product quality and machine performance.

As an environmentally responsible alternative, SB-SC25 helps reduce the need for harsh chemical solvents traditionally used for cleaning and deposit control. This supports safer and more sustainable paper manufacturing operations while maintaining consistent process performance.

Product Highlights
- Specialized enzyme for stickies control
- Reduces sticky material deposits
- Helps prevent paper machine breaks
- Improves operational efficiency
- Reduces machine downtime
- Supports cleaner paper production
- Helps reduce harsh chemical usage
- Suitable for paper manufacturing processes

Applications
- Paper manufacturing
- Recycled paper processing
- Pulp and paper mills
- Deposit control programs
- Stickies management systems
- Paper machine performance improvement

Packaging available in:
- 30 kg plastic jerry can
- 200 kg plastic drum

Storage
Store in cool and dry conditions away from direct sunlight and rain. Shelf life is up to 6 months at 20C under recommended storage conditions.

SB-SC25 is an effective enzyme solution for paper manufacturers seeking improved machine performance, reduced downtime, enhanced product quality, and efficient stickies control.

Industrial Valves
A complete range of industrial valves for fluid control across marine and industrial applications.

Gate Valves
Globe Valves
Swing Check Valves
Y-Strainers
Ball Valves
Butterfly Valves
Control Valves

Weed Control Mat ,

Material: PP, PE,
Size: as per client's demand, pack in roll,
Usage: weed-control, garden,
color: Black.

Three Phase Digital Submersible Stater Control Panel With Digital Dry Run Protection, Overload Protection, Short Circuit Protection, Phase Failure Protection, Phase Sequence Protection, Phase Unbalance Protection, Over Voltage Protection, Low Voltage Protection, Water Level On/Off, Cycle Timer On/Off 1min.999min

ALSTOM GBCDG61EG020SGCH
IDMT TWO O/C & ONE E/F RELAY WITH HIGH-S
Technical specification
Relay model no CDG61EG020SGCH
Relay type CDG 61
Case size 3D HOR.
Application 2 O/C & 1 E/F
Current setting - O/C 0.5 to 2 amps
Contacts 3M S/R
Output contacts 2M S/R
C.T.Secondary 1 amps
Frequency 50 Hz
Burden 3 VA
Operating time 3 secs
Current setting - E/F 0.1 to 0.4 amps
High set - O/C Setting 4 to 16 amps
High set - E/F Setting 1 to 4 amps
High set/High set contact CAG 13 / 2M S/R
Name plate RFG9126 901
Outline drawing MFJ 014
Wiring diagram MADZ 821.27-1

ALSTOM GBCDG61EG018SGCH
IDMT TWO O/C & ONE E/F RELAY WITH HIGH-S
Technical specification
Relay model no CDG61EG018SGCH
Relay type CDG 61
Case size 3D H 30T
Application 2 O/C & 1 E/F
Current setting - O/C 0.5 to 2 amps
Contacts 3 N/O S/R
Output contacts 2 N/O S/R
C.T.Secondary 1 amps
Frequency 50 Hz
Tap Std
Burden / D.M.T 3 VA / 3 Secs
Current setting - E/F 0.2 to 0.8 amps
High set - O/C Setting 4 to 16 amps
High set - E/F Setting 2 to 8 amps
High set/High set contact CAG 13 / 2 N/O S/R
Name plate RFG9126 902
Outline drawing MFJ 014
Wiring diagram MADZ 821.27-1

GBCDG61EG011SGCH
IDMT 3 O/C OR 2O/C& 1 E/F RELAY WITH HI
Technical specification
Relay model no CDG61EG011SGCH
Relay type CDG 61
Case size 3D HOR.
Application 2 O/C & 1 E/F
Current setting - O/C 2.5 to 10 amps
Contacts 3M S/R
Output contacts 2M S/R
C.T.Secondary 5 amps
Taps / Frequency STD / 50 Hz
Burden 3 VA
Operating time 3 secs
Flag Yes
Current setting - E/F 1 to 4 amps
High set - O/C Setting 20 to 80 amps
High set - E/F Setting 10 to 40 amps
High set/High set contact CAG 13 / 2M S/R
Name plate RFG9126 904
Outline drawing MFJ 014
Wiring diagram MADZ 821.27-1

ALSTOM GBCDG61EG006SXCH
IDMT THREE O/C RELAY WITH HIGH-SET
Technical specification
Relay model no CDG61EG006SXCH
Relay type CDG 61
Case size 3D HOR.30T
Application O/C
Current setting - O/C 0.5 to 2 amps
Contacts 3M S/R
Output contacts 2M S/R
C.T.Secondary 1 amps
Taps Std
Frequency 50 Hz
Burden 3 VA
Operating time 3 secs
Flag Yes
High set - O/C Setting 4 to 16 amps
High set/High set contact CAG 13 / 2M S/R
Name plate RFG9126 771
Outline drawing MFJ 014
Wiring diagram MADZ 821.27-1

ALSTOM GBCDG61EG003SXCH
IDMT THREE O/C RELAY WITH HIGH-SET
Technical Specification
Relay model no CDG61EG003SXCH
Relay type CDG 61
Case size 3D HOR.30T
Application O/C
Current setting - O/C 2.5 to 10 amps
Contacts 3Meter S/R
Output contacts 2M S/R
C.T.Secondary 5 amps
Taps Std
Frequency 50 Hz
Burden 3 VA
Operating time 3 secs
Flag Yes
High set - O/C Setting 20 to 80 amps
High set/High set contact CAG 13 / 2M S/R
Name plate RFG9126 774
Outline drawing MFJ 014
Wiring Diagram MADZ 821.27-1

Alstom Gbcdg61eg001zmch
Obs.replaced by Gbcdg61eg101zmch
Obs Model .replaced by Model List Gbcdg61eg101zmch

Alstom Gbcdg31ff8111lch
3idmt,2o/c & 1e/f,3va 1.3secs, Dmt 50hz
Technical Specification
Relay Model No Cdg31ff8111lch
Type Cdg31
Application 2 O/c + 1 E/f
Burden / D.m.t. 3va / 1.3 Sec.
C.t. Secondary 5 Amp C.t.
Case Size 3d Vert.
Contacts (S/r or H/r) 2 N/o 2 N/c H/r
E/f Setting 1 - 4 Amps.
Flag Yes
Frequency 50 Hz
Mounting Flush
O/c Setting 2.5 - 10 Amps.
Name Plate Rfg9125-904
Outline Drawing Mfj013
Wiring Diagram Mfdz801.95-1

Alstom Gbcdg31ff8101lch
3idmt,2 O/c & 1 E/f ,3va 3 Secs Dmt 50hz
Technical Specification
Model No. Cdg31ff8101lch
Case Size : 3d Ver.
Application : 2 O/c & 1 E/f
Ct Secondary : 5 Amps
Current Setting O/c : 2.5 to 10 Amps
Current Setting E/f : 1 to 4 Amps
Contacts : 2m 2b H/r.
Output Contacts : 2m 2b H/r.
Taps : Std.
Burden / Operating Time : 3 Va 3 Secs.
Frequency : 50 Hz.
Name Plate : Rfg9126 904
O/l & Arrangement : Mfj 013
Wiring Diagram : Mfdz 801.95 - 1

GBCDG31FF021SBCH
IDMT 2 O/C & 1 E/F RELAYS SPL 150 HZ.
Technical specification
Relay model No CDG31FF021SBCH
Relay type CDG 31 Special
Case size 3D V 20T
Application 2 O/C & 1 E/F
Current setting - O/C 2.5 to 10 amps
Current setting - E/F 0.5 to 2 amps
Contacts 3 N/O S/R
Output contacts 2 N/O S/R
Taps Std
BURDE / D.M.T 3 VA / 3 Secs
C.T.Secondary 5 amps
Frequency 150 Hz
Flag Yes
Mounting Flush
Note to test:Relay to test
150 Hz. refer test inst.
Name Plate RFG9126 903
Outline drawing MFJ 013
Wiring diagram MFDZ 801.101-1

GBCDG31FF015SBCH
NON DIRECTIONAL INV TIME 3O/C OR 2O/C&1E
Technical specification
Relay model No CDG31FF015SBCH
Relay type CDG 31 Special
Case size 3D V 20T
Application 2 O/C & 1 E/F
Current setting - O/C 0.5 to 2 amps
Current setting - E/F 0.2 to 0.8 amps
Contacts 3 N/O S/R
Output contacts 2 N/O S/R
Taps Std
BURDE / D.M.T 3 VA / 1.3 Secs
C.T.Secondary 1 amps
Frequency 50 Hz
Flag Yes
Mounting Flush
Name Plate RFG9125 902
Outline drawing MFJ 013
Wiring diagram MFDZ 801.130-1

ALSTOM GBCDG31FF014SDCH
NON DIRECTIONAL INV TIME 3O/C OR 2O/C&1E
Model No - CDG31FF014SD(M)
RELAY TYPE - CDG 31
APPLICATION - 2 O/C + 1 E/F
BURDEN / D.M.T - 3 VA / 1.3 SEC
C.T. SECONDARY - 1 AMP CT.
CASE SIZE - 3D VERT.
CONTACTS (S/R OR H/R) - 2 N/O 2 N/C H/R
E/F SETTING - 0.1 - 0.4 Amps.
FLAG - YES
FREQUENCY - 50 HZ
MOUNTING - FLUSH
O/C SETTING - 0.5 - 2 Amps.
NAME PLATE - RFG9125 901
Outline Diagram MFJ 013
Wiring Diagram MFDZ801-103-1

ALSTOM GBCDG31FF014SBCH
NON DIRECTIONAL INV TIME 3O/C OR 2O/C&1E
Model No - CDG31FF014SBCH
RELAY TYPE - CDG 31
APPLICATION - 2 O/C + 1 E/F
BURDEN / D.M.T - 3 VA / 1.3 SEC.
C.T. SECONDARY - 1 AMP CT.
CASE SIZE - 3D VERT.
CONTACTS (S/R OR H/R) - 2 N/O S/R
E/F SETTING - 0.1 - 0.4 Amps.
FLAG - YES
FREQUENCY - 50 HZ
MOUNTING - FLUSH
O/C SETTING - 0.5 - 2 Amps.
NAME PLATE - RFG9125 901
Outline Diagram MFJ013
Wiring Diagram MFDZ801-101-1