Lepu coagulation meters are medical devices used to measure the activity of clotting factors in order to diagnose and monitor bleeding disorders. These devices analyze a sample of blood and measure the time it takes for the sample to clot. This measurement is used to identify deficiencies or an excess of clotting factors or to identify clotting disorders. Lepu coagulation meters come in a variety of types and sizes and are used both in laboratory and point-of-care settings. They are an essential tool in the diagnosis and treatment of bleeding disorders and can help to provide a more accurate diagnosis and improved patient outcomes.
Coagulation Meters for Sale-FAQ
How Do Lepu Coagulation Meters Work?
Coagulation meters measure the clotting time of a patient's blood sample. This is done by analyzing the sample's electrical impedance, which will detect when the sample has formed a clot.
What is the Purpose of a Lepu Coagulation Meter?
Blood coagulation meters are used to help diagnose and monitor conditions that affect the body's ability to form a blood clot. These conditions include hemophilia, thrombosis, and other coagulation disorders.
How Accurate Are Lepu Coagulation Meters?
Coag meters are highly accurate and reliable. They are designed to measure the clotting time of a patient's blood sample with a high degree of accuracy.
What is the Best Way to Maintain a Lepu Coagulation Meter?
The best way to maintain a coagulation meter is to keep it clean and store it in a dry, cool place away from direct sunlight. It is also important to regularly calibrate the meter to ensure accuracy.
Now the coagulation meter price is reasonable, anything you need, please contact us.
PTB Electricity Meters
Acrel DJSF1352-RN DC energy meter, is a PTB(Eichrecht) approved DC energy meter with dual DC input is mainly designed for telecom base station, DC charging pile, solar photovoltaic and other applications. This series of meters can measure voltage, current, power and positive and negative energy in the DC system. In the actual use of the site, it can measure the total energy, and can measure the energy within the specified time period. Detection results can be used for local display, and can be connected with industrial control equipment, computer, measurement and control system.
Features
Measurement: kWh, kVarh, Power, Current, Voltage and etc
Current Rating: -/75mV (with Shunt); -/4~20mA (with Hall Sensor)
Voltage Rating: 0~1000V DC
Application: DC Battery; Charging Pile; Solar PV and etc
Communication: RS485 (MODBUS-RTU)
Extra Function: Dual DC Circuits Monitoring; Secondary RS485 (MODBUS-RTU); Built-in Bipolar Power Source (for Hall Sensors); DO/DI Function
Display: LCD Display
Dimension: 72*71*87.8mm (L*W*H)
Installation: 35mm DIN Rail
Power Supply: 85~265V AC/DC; 24V(±10%) DC; 48V(±10%) DC
CE Smart Energy Meter
Energy meters play a vital role in energy control and management, providing key information for improving energy efficiency. Energy meters support electricity trading and billing processes for end users and businesses. With energy meters, energy consumption monitoring and optimization can be achieved. Acrel power meters can reduce energy consumption through predictive maintenance, identification of underperforming equipment, calculation of return on investment, and many other measurements.
Widely used in various control systems, SCADA systems, and energy management systems, designed for the power monitoring needs of power systems, industrial and mining enterprises, public facilities, and smart buildings. It has complete communication and networking functions.
Smart, Accurate, and Reliable Energy Monitoring for Modern Facilities
Acrel introduces the CE Smart Energy Meter, engineered to deliver precise energy measurement and intelligent monitoring for commercial and industrial applications. Designed to meet international standards, our smart meters provide actionable insights into energy consumption, enabling businesses to improve energy efficiency and reduce operational costs.
Key Features
Smart Energy Monitoring: Real-time tracking of voltage, current, frequency, active and reactive power, and power factor across single-phase and three-phase systems.
Advanced Power Quality Analysis: Detects and analyzes 2nd to 31st harmonics, ensuring stable power quality and preventing equipment failures.
Seamless Communication: RS485 interface with MODBUS-RTU protocol ensures smooth integration with building management and energy monitoring systems.
High Accuracy: Designed with a rated voltage of 220~264Vac L-N and rated current of 50mA AC (via -/50mA CTs) for reliable and precise readings.
Acrel DJSF1352-RN DC energy meter with dual DC input is mainly designed for telecom base station, DC charging pile, solar photovoltaic and other applications. This series of meters can measure voltage, current, power and positive and negative energy in the DC system.
Features
UL Listed
Measurement: kWh, kVarh, Power, Current, Voltage and etc
Current Rating: -/75mV (with Shunt); -/4~20mA (with Hall Sensor)
Voltage Rating: 0~1000V DC
Application: DC Battery; Charging Pile; Solar PV and etc
Communication: RS485 (MODBUS-RTU)
Extra Function: Dual DC Circuits Monitoring; Secondary RS485 (MODBUS-RTU); Built-in Bipolar Power Source (for Hall Sensors); DO/DI Function
Display: LCD Display
Dimension: 72*71*87.8mm (L*W*H)
Installation: 35mm DIN Rail
Power Supply: 85~265V AC/DC; 24V(±10%) DC; 48V(±10%) DC
Acrel ADL400 single phase energy meter is mainly used to measure single phase active energy of low-voltage network, and can measure voltage, current, power and other electricity at the same time, and can be equipped with RS485 communication function, which is convenient for users to monitor, collect and manage electricity consumption.
MID Energy Meter
Acrel ADL400 MID Energy Meter is mainly used to measure single phase active energy of low-voltage network, and can measure voltage, current, power and other electricity at the same time, and can be equipped with RS485 communication function, which is convenient for users to monitor, collect and manage electricity consumption.
MID
MID refers to the "Measuring Instruments Directive," specifically "Directive 2004/22/EC of the European Parliament and of the Council dated 31 March 2004 on measuring instruments." Its purpose is to establish a unified European market for measuring devices through standardized approval processes.
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These power units are designed to operate in continuous mode and are intended to
supply cheap and high-quality energy to any consumer. These power units are ideal for:
- placement in remote and hard-to-reach places;
- when used on islands, autonomous platforms and/or ships;
- when used to provide electricity for cryptocurrency mining;
- in case of connecting electric generators - to supply electricity to the network with
consumers;
- in case of connecting hydraulic pumps - ensure operation of the hydraulic system and/or
movement, which is based on the rotation of hydraulic motors.
The Power Unit is initially designed and intended for autonomous power supply (supplying
electricity to a local set of electrical appliances). You need to carefully calculate your
installed power (the total power of all your electrical appliances) and then determine the
actual power consumption (usually 25% of the installed power). The actual power should
correspond to 75% of the Power Unit.
The Power Unit can also supply electricity to a local or national power grid, for this you
need to provide us with the parameters of the connection to the grid and we will provide
you with an interconnector.
The Power Unit can supply electricity to cryptocurrency mining devices or to charge
electric vehicles (batteries). To do this, you need to contact us (see the last page) and we
will provide a solution suitable for your case.
Automatic Constant Feed Speed Control: Automatic output voltage adjustment in real-time to ensure constant preset feed speed regardless of weight change of the workpieces.
Automatic Frequency Adjustment: Automatic output frequency adjustment in real-time ensures the load always works at its resonant frequency.
Automatic Resonant Frequency Search: Search out and output the resonant frequency of the load. Other related parameters are also set automatically
Counting: Count the number of the workpieces. The controller will slow down or stop when counting up to the preset value. (available on SDVC34-XLRJ)
Rs485 Communication: All parameters of the controller can be adjusted via Rs485
Automatic Switch Sensor Type Recognition: The controller can recognize and adapt to both PnP and nPn type switch sensors.
Sync Output: Sync the output waveform of the slave controller with that of the master controller to the same frequency and phase to avoid the beat effect.
Overvoltage Protection: If the input voltage is too high, the power supply of the controller will be shut down automatically to protect itself.
Digital Overheat Protection: If the internal temperature of the controller gets too high, the controller will stop its output to protect itself.
Overcurrent Protection: If the output current exceeds its rated value, the controller will stop its output to protect itself and the load.
Restorable Short Circuit Protection: If the controller's output is short-circuited, it will shut down its production to protect itself and the load. But the fuse inside will not be blown. So when there is no short circuit at the output side the controller will work again after power is on.
Automatic Constant Feed Speed Control: Automatic output voltage adjustment in real time to ensure constant preset feed speed regardless of weight change of the workpieces.
Automatic Frequency Adjustment: Automatic output frequency adjustment in real time to make sure the load is always working at its resonant frequency.
Automatic Resonant Frequency Search: Search out and output resonant frequency of the load. other related parameters are also set automatically
Counting: Count number of the workpieces. The controller will slow down or stop when count up to preset value. (available on SDVC34MRJ)
Rs485 Communication: All parameters of the controller can be adjusted via R485.
Automatic Switch Sensor Type Recognition: The controller can recognize and adapt to both PNP and NPN type switch sensors
Sync Output: Sync output waveform of the slave controller with that of the master controller to the same frequency and phase to avoid beat effect
Overvoltage Protection: If input voltage is too high, power supply of the controller will be shutdown automatically to protect itself.
Digital Overheat Protection: If internal temperature of the controller gets too high, the controller will stop its output to protect itself.
Overcurrent Protection: If output current exceeds its rated value he controller will stop its output to protect itself and the load.
Restorable Short Circuit Protection: If output of the controller is short-circuited, the controller will shut down its output to protect itself and the load. But the fuse inside will not be blown. So when there is no short circuit at the output side, the controller will work again after power on.
Plastic housing made of PP, POM or PA, rust free for water flow.
Vertical or horizontal installation, easy to set up for different applications.
Sensitive start up volume setting and accurate to measure volume.
Features of plastic water flow switch
Multiple mounting options: can be mounted vertically or horizontally.
Different connecting options: barbed connector or threaded connector with different sizes.
Wide range of application with working temperature up to 100â??.
For more information about pvc pipe flow switch and buy position sensor, please feel free to contact us!
Frequency Adjustment: The controller's output frequency can be manually adjusted to the vibratory feeder's resonant frequency to achieve a smooth, quiet, and energy-saving feed effect.
Automatic High Precision Voltage Regulation: The internal digital voltage regulation circuit can eliminate feed speed variation caused by mains voltage fluctuation.
Time Adjustable Soft Start: When powered on, the controller will gently increase output voltage from 0 to the preset value to avoid a sudden shake. The soft start time can be digitally preset.
Switch Sensor ON/OFF Control NPN switch sensor or PLC can be connected to turn the controller on/off.
Photoelectric Sensor ON/OFF Control: The CUH Intelligent Photoelectric Sensor can be connected to turn the controller on/off.
Remote Speed Control: Output Voltage of the controller can be adjusted remotely by an external potentiometer, a PLC, or a 1-5V DC signal.
DC Control Output: The controller can output low voltage DC power associated with the ON/OFF Control of the controller to drive a solenoid or other external devices.
Keypad Lock: Lock all buttons on the keypad to prevent misoperation by pressing the ON/OFF button and holding for 2 seconds.
Digital Overheat Protection: If the internal temperature of the controller gets too high, the controller will stop its output to protect itself.
Overcurrent Protection: If the output current exceeds its rated value, the controller will stop its output to protect itself and the load.
Restorable Short Circuit Protection: If the output of the controller is short-circuited, the controller will shut down its output to protect itself and the load. But the fuse inside will not be blown. So when there is no short circuit at the output side, the controller will work again after power is on.
Max Adjustable Output Voltage: Max Adjustable Output Voltage can be preset to protect the load from damage caused by too high voltage.
Use and scope of application
This standard conforms to GB/T12173-2008 "General Electrical equipment for mining", JB 8739-2015 "Flameproof high voltage distribution device for mining", GB3836.1-2010 "Explosive environment Part 1: General requirements for equipment", GB3836.3-2010 "Explosive environment Part 3: Developed by the relevant requirements of the increased safety type "E" protected equipment "and other standards, the technical parameters and requirements of this standard are more specific, detailed and more operational.
This standard specifies the type specifications, requirements, test methods, inspection rules, marking, packaging, transportation and storage of GKG mining general high voltage switchgear.
This standard is applicable to GKG type general high voltage switch cabinet used in coal mine without gas, coal dust explosion danger places and other similar underground industrial production departments such as non-coal mine mountains. Manufacture and inspection of (hereinafter referred to as switchgear).
Normative reference document
The following documents are essential for the application of this document. For dated references, only the dated version applies to this document. For undated references, the latest version (including all amendment orders) applies to this document. GB 3636.1-2010
Explosive atmospheres - Part 1: General requirements for equipment
GB 3836.3-2010 Explosive atmospheres - Part 3: Equipment protected by increased safety type "E"
GB/T11022-2011 Common technical requirements for high voltage switchgear and control equipment standards
GB1984-2003 High voltage AC vacuum circuit breaker
GB 4208â??2008 Enclosure protection Class (IP code) GB/T 12173-2008 General electrical equipment for mining
GB/T 156â??2007 Standard voltage
GB/T 191â??2008 Pictorial signs for packaging storage and transportation
GB/T 2423.4-2008 Environmental testing for electrical and electronic products -- Part 2: Test methods -- Test DB: Alternating humid heat (12H+12H cycle) JB-2015 flameproof high voltage distribution devices for mining
AQ1043-2007 Safety marks for mining products
GB3906-2006 3.6KV~40.5KV Ac metal enclosed switchgear and control equipment
This product is suitable for 10~500kV substations, power plants, high-rise buildings, residential areas and other distribution rooms,
as well as small self-owned power plants, as high voltage switches, relay protection, automatic devices and other operations,
control power supply and emergency lighting power supply. It can also be used in other places that require DC current power supply.
This product conforms to the technical requirements of ZBK45017-90 "General Technical Conditions for DC panel for power network system",
DL/T459-200 < Technical conditions for ordering DC Power panel (cabinet) "and LS(W)30-40JT < Technical Conditions for microcomputer
Control DC Power Cabinet" and other standards, and the product quality reaches the domestic leading level.
The charging device of this product can use high-frequency charging module and phased charging machine.
The controller of this product can be PLC control type and single chip microcomputer type.
2.4kWh-2kW Portable Power Supply
Portable charging station is fashion and convenient to carry. This outdoor portable power generator, portable electricity generator can support power supply for many home appliances for emergency situation and can also meet the electricity demand of various outdoor operations and automobile tour. The ece energy's power bank equipped with large capacity battery and quick charging function, to help you ensure the normal operation of various electrical appliances in case of unexpected power failure.
2.4KWh-2KW Portable Power Station Detail
AC Fast Charging
Using EVE A grade lithium iron phosphate battery cells from ece solar, the cycle life is up to 4000+, the discharge performance is good, and it can be used in low temperature environments.
Built-in LifePO4 battery
It has multiple functional interfaces such as USB, AC, and DC, which can meet a variety of electrical application scenarios.
Supports Fast Charging
Supports fast charging with AC power adapter, fully charged in 5 hours, saving charging time.
BMS
Built in smart BMS and pure sine wave inverter, with high and low temperature protection, short circuit protection, overcurrent protection, overcharge and overdischarge protection functions
2.4KWh-2KW Portable Power Station Specification
As a portable power supplier, we will do our best to meet all the needs of customers.
If you want to know more types of solar off grid batteries, please visit our website.
Frequency Adjustment: The controller's output frequency can be manually adjusted to the vibratory feeder's resonant frequency to achieve a smooth, quiet, and energy-saving feed effect.
Automatic High Precision Voltage Regulation: The internal digital voltage regulation circuit can eliminate feed speed variation caused by mains voltage fluctuation.
Time Adjustable Soft Start: When powered on, the controller will gently increase output voltage from 0 to the preset value to avoid a sudden shake. The soft start time can be digitally preset.
Switch Sensor ON/OFF Control NPN switch sensor or PLC can be connected to turn the controller on/off.
Photoelectric Sensor ON/OFF Control: The CUH Intelligent Photoelectric Sensor can be connected to turn the controller on/off.
Remote Speed Control: Output Voltage of the controller can be adjusted remotely by an external potentiometer, a PLC, or a 1-5V DC signal.
DC Control Output: The controller can output low voltage DC power associated with the ON/OFF Control of the controller to drive a solenoid or other external devices.
Keypad Lock: Lock all buttons on the keypad to prevent misoperation by pressing the ON/OFF button and holding for 2 seconds.
Digital Overheat Protection: If the internal temperature of the controller gets too high, the controller will stop its output to protect itself.
Overcurrent Protection: If the output current exceeds its rated value, the controller will stop its output to protect itself and the load.
Restorable Short Circuit Protection: If the output of the controller is short-circuited, the controller will shut down its output to protect itself and the load. But the fuse inside will not be blown. So when there is no short circuit at the output side, the controller will work again after power is on.
Max Adjustable Output Voltage: Max Adjustable Output Voltage can be preset to protect the load from damage caused by too high voltage.
Frequency Adjustment: The controller's output frequency can be manually adjusted to the vibratory feeder's resonant frequency to achieve a smooth, quiet, and energy-saving feed effect.
Automatic High Precision Voltage Regulation: The internal digital voltage regulation circuit can eliminate feed speed variation caused by mains voltage fluctuation.
Time Adjustable Soft Start: When powered on, the controller will gently increase output voltage from 0 to the preset value to avoid a sudden shake. The soft start time can be digitally preset.
Switch Sensor ON/OFF Control NPN switch sensor or PLC can be connected to turn the controller on/off.
Photoelectric Sensor ON/OFF Control: The CUH Intelligent Photoelectric Sensor can be connected to turn the controller on/off.
Remote Speed Control: Output Voltage of the controller can be adjusted remotely by an external potentiometer, a PLC, or a 1-5V DC signal.
DC Control Output: The controller can output low voltage DC power associated with the ON/OFF Control of the controller to drive a solenoid or other external devices.
Keypad Lock: Lock all buttons on the keypad to prevent misoperation by pressing the ON/OFF button and holding for 2 seconds.
Digital Overheat Protection: If the internal temperature of the controller gets too high, the controller will stop its output to protect itself.
Overcurrent Protection: If the output current exceeds its rated value, the controller will stop its output to protect itself and the load.
Restorable Short Circuit Protection: If the output of the controller is short-circuited, the controller will shut down its output to protect itself and the load. But the fuse inside will not be blown. So when there is no short circuit at the output side, the controller will work again after power is on.
Max Adjustable Output Voltage: Max Adjustable Output Voltage can be preset to protect the load from damage caused by too high voltage.
Frequency Adjustment: The controller's output frequency can be manually adjusted to the vibratory feeder's resonant frequency to achieve a smooth, quiet, and energy-saving feed effect.
Automatic High Precision Voltage Regulation: The internal digital voltage regulation circuit can eliminate feed speed variation caused by mains voltage fluctuation.
Time Adjustable Soft Start: When powered on, the controller will gently increase output voltage from 0 to the preset value to avoid a sudden shake. The soft start time can be digitally preset.
Switch Sensor ON/OFF Control NPN switch sensor or PLC can be connected to turn the controller on/off.
Photoelectric Sensor ON/OFF Control: The CUH Intelligent Photoelectric Sensor can be connected to turn on/off the controller.
Remote Speed Control: Output Voltage of the controller can be adjusted remotely by an external potentiometer, a PLC, or a 1-5V DC signal.
DC Control Output: The controller can output low voltage DC power associated with the ON/OFF Control of the controller to drive a solenoid or other external devices.
Keypad Lock: Lock all buttons on the keypad to prevent misoperation by pressing the ON/OFF button and holding for 2 seconds.
Digital Overheat Protection: If the internal temperature of the controller gets too high, the controller will stop its output to protect itself.
Overcurrent Protection: If the output current exceeds its rated value, the controller will stop its output to protect itself and the load.
Restorable Short Circuit Protection: If the output of the controller is short-circuited, the controller will shut down its output to protect itself and the load. But the fuse inside will not be blown. So when there is no short circuit at the output side, the controller will work again after power is on.
Max Adjustable Output Voltage: Max Adjustable Output Voltage can be preset to protect the load from damage caused by too high voltage.
Overview
SA2100 is a handheld multi-functional device which is designed to measure and analyze single or three-phase power system. This portable class S device can provide safe, convenient and accurate measurements for troubleshooting power networks.
SA2100 Portable Power Quality Meters
Portable Power Quality Meters enable electricians and facility maintenance professionals to troubleshoot and benchmark power quality problems over time. They help you identify energy waste in your facility and detect and prevent power problems before they occur.
Why do you need Power quality meter analyzer?
Portable Power Quality Meter identifies power quality problems that often manifest themselves as dips, spikes, harmonic distortion, imbalances, flicker and transients.
Power quality determines the suitability of electrical energy to drive motors, machines and other end-user equipment.
Poor power quality can affect the ability of these devices to operate properly, which can lead to malfunctions, premature failures or possibly cause them to not work at all.
Most power quality analyzers monitor total harmonic distortion, phase angle, power factor, balance, etc. to get a complete picture of the system.
Laser Source Power Meter
The Laser Source Power Meter provides an economical, stable laser source for point-to-point attenuation measurements. It features a rugged design that withstands the harsh test environments of fiber optic cable installation and maintenance.
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