Polymer lithium-ion battery, with high energy, small size, light weight characteristics. We have hundreds of models of polymer lithium batteries, welcome to write to inquire about customization. We mainly export to India, the relevant certificates are complete.
Perkins Diesel Engine, Diesel Generator set 50HZ/1500RPM, 380/220V, 400/230V, 415/240V can be adjustable, Open Type, weatherproof type or soundproof type, trailer type and so on.
Also have 60HZ/1800RPM, voltage is 220/127V, 380/220V, 440/254V can be option
There are Perkins from China, UK, USA and india, all depend on the required model.
ATS can be option
Controller brand: UK Deepsea, Czech ComAp, Denmark DEIF, Smartgen China
Generator Standard Compose:
Meet the environmental temperature 40 water tank radiator, Driving belt cooling fans, with fan safety shield
24 V charging generators
Generator: Single bearing generator, IP23 Grading Protection, H Insulation degree
Shock absorber
Dry air filter, Fuel filter, Oil filter
Power output circuit breaker
Standard control panel
12 V battery and battery connection cables
Battery Charger
Exhaust pipe, Bellows, Flange, Muffler set
8 hours base tank
Documents and Manuals
Generator set
Genset Model
AP1100
Rating Power (KW/KVA) 800/1000
Standby Power(KW/KVA) 880/1100
Rating Ammeter(A) 1519
Diesel Engine
Engine Model 4008TAG2
Prime Power(KW) 899
Standby Power(KW) 985
Bore X Stroke (mm) 160X190
Number of Cylinder & Configuration 8 in line
Displacement (l) 30.6
Compression Ratio 13.6:1
Aspiration Turbocharged & After-cooled
Max. intake depression(kPa) 6
Combustion air Volume(m³/min) 70
Max. Exhaust back Pressure(kPa) 10
Exhaust Gas Flow(m³/min) 201
Max. Exhaust Gas Temperature() 485
Cooling Water cooled with Radiator
Fan cooling air flow(m³/min) 1074
Total Coolant capacity(l) 188
Max. temperature of coolant() 93
Max. permissible oil temp.() 105
Total oil capacity(l) 166
Rating Fuel Consumption(l/h) 215
Governing Type Electrics Governor
Alternator
Rating Voltage(V) 380/220 (adjustment)
Alternator Model TAL-A49-E
Rating Capacity(KW/KVA) 800/1000
Eff.% 94.2%
Power Factor 0.8 lagged
Exciting type Brushless PMG exciter, AVR
Voltage regulation ±0.5%
No. of Phase 3 phase 4 wire
Enclosure Class IP23
Class of Insulation H
Battery Rating Capacity(AH) 4X150AH 12V
Generator set dimension (LXWXH) 5300X1870X2500 mm
Weight (kg) 7900
FAQ
Q: Do you offer OEM service?
A: Yes
Q: What is your payment term?
A: 30% T/T in advance, 70% balance when receiving B/L copy, Or 100% irrevocable L/C at sight.
Q: What is your lead time?
A: About 15-25 days after receiving advance deposit or original L/C.
Q: What certificates do you have?
A: We have ISO And we can apply for specific certificates for different countries such as SONCAP for Nigeria, COI for Iran, SASO for Saudi Arabia, etc.
Q: What warranty do you provide?
A: One year or 1200hours running whichever occurs first, during the guarantee period, we will supply free of the easily damaged parts for the possible problems except for the incorrect operation. After expiration, we supply cost spare parts for Genset maintenance.
DZ47-63 Miniature circuit breaker has novel structure,reliable performance,high breaking capacity,pleasing outlook and small size,Its case and items are adopted by high fire-resistant and shockproof plastics,It mainly used in the building office,house and similar building for illuminating at AC 50 Hz/60 Hz,rate voltage below 230/ 400 V,rated current below 63 A,distribution circuit and equipment overload,short circuit protection.It can also be used for unfrequent switch over of the circuit under normal conditions .This product conforms to the requirement of IEC 60898 and GB 10963.1 standards.
Specifications ID Residual Current Circuit Breaker
Rating up to 100 A
Breaking capacity up to 6 k A
Model No: ID
Rated Current: 16, 25, 40, 63, 80, 100 A
Sensitivity : 10, 30, 100, 300, 500 m A
Rated Voltage: 230 VAC(2 P), 400 VAC(4 P)
No. Of Pole: 2 P, 4 P
Type: Type AC and Type A
Breaking Capacity: 6000 A
1.Capacitor CBB60 Description:Â
1).Non induction winding structure of metallic polypropylene membrane.
2).Dry capacitor structure with no liquid materials, non-toxic, no leakage and environmentally friendly
3).Self-healing stability safety and high voltage withstand etc.
4).Low dissipation factor small inherent temperature rise
5).Small volume with light weight
1.generally use the quadrate anti-flaming plastic shell, epoxy resin packing.
2.This type is of little shape and light weight, little wastage, high insulation resistance, excellent natural repair, good stability, suitable for alternating current circuit.
3.This type capacitor is suitable used in the frequency of 50Hz-60Hz, voltage from 250V -500V single phase A. C. Motors, fan, water pump etc. For starting and running.Â
4.1-25 F110-500 VAC, 50/60 HZÂ
5.UL ,CE ,ISO 9001, IEC 60252
RF transformer is to achieve the main transformation, coupling and impedance matching of signals in the RF (Radio Frequency) circuit. The following are the main functions of RF transformer.
1. Transformation effect: RF transformers can be used to transform the voltage or current level of signals. By adjusting the ratio of turns on different windings of the transformer, the signal can be stepped up or down to adapt to different RF circuit requirements.
2. Coupling effect: RF transformers can be used to achieve signal coupling and transmission. It can transmit signals from one circuit to another, realizing energy transfer and information transfer between different circuits.
3. Impedance matching: RF transformers can be used to achieve impedance matching to ensure maximum power transfer of signals between circuits. By adjusting the transformer's turn ratio and winding design, impedance matching between the signal source and load can be achieved to minimize signal reflections and losses.
4. Filtering and frequency selection: RF transformers can be used to implement frequency selection and filtering functions. Through the specific design and parameter selection of the transformer, selective transmission and filtering of signals within a specific frequency range can be achieved to meet the frequency selection requirements of the radio frequency circuit.
In general, RF transformers play an important role in RF circuits and are mainly used for functions such as voltage transformation, coupling, impedance matching, and filtering. They are one of the key components for realizing radio frequency signal transmission, conversion and processing, and are widely used in radio frequency applications such as communication systems, radio equipment, broadcasting, radar, and antenna systems.
RF transformer is to achieve the main transformation, coupling and impedance matching of signals in the RF (Radio Frequency) circuit. The following are the main functions of RF transformer.
1. Transformation effect: RF transformers can be used to transform the voltage or current level of signals. By adjusting the ratio of turns on different windings of the transformer, the signal can be stepped up or down to adapt to different RF circuit requirements.
2. Coupling effect: RF transformers can be used to achieve signal coupling and transmission. It can transmit signals from one circuit to another, realizing energy transfer and information transfer between different circuits.
3. Impedance matching: RF transformers can be used to achieve impedance matching to ensure maximum power transfer of signals between circuits. By adjusting the transformer's turn ratio and winding design, impedance matching between the signal source and load can be achieved to minimize signal reflections and losses.
4. Filtering and frequency selection: RF transformers can be used to implement frequency selection and filtering functions. Through the specific design and parameter selection of the transformer, selective transmission and filtering of signals within a specific frequency range can be achieved to meet the frequency selection requirements of the radio frequency circuit.
In general, RF transformers play an important role in RF circuits and are mainly used for functions such as voltage transformation, coupling, impedance matching, and filtering. They are one of the key components for realizing radio frequency signal transmission, conversion and processing, and are widely used in radio frequency applications such as communication systems, radio equipment, broadcasting, radar, and antenna systems.
Current transformer is an instrument that converts a large current on the primary side into a small current on the secondary side based on the principle of electromagnetic induction. The current transformer is composed of a closed core and windings. Its primary winding has a small number of turns and is strung in the circuit of the current that needs to be measured.
The principle of current transformer is based on the principle of electromagnetic induction. The current transformer is composed of a closed core and windings. Its primary winding has very few turns and is connected in series in the line where the current needs to be measured. Therefore, it often has all the current of the line flowing through it. Its secondary winding has more turns and is connected in series in the measuring instrument and protection circuit. The current mutual inductance When the transformer is working, its secondary circuit is always closed, so the impedance of the series coil of the measuring instrument and the protection circuit is very small, and the working state of the current transformer is close to the short circuit.
Common mode chokes, or common mode inductors, consist of two or more coils of insulated wire on a single magnetic core. Each winding is put in series with one of the conductors. This means that the magnetic fields of the wires combine to present high impedance to the noise signal.
Common mode choke is an inductive device used to suppress common mode interference signals. Its main features are that it can suppress common-mode interference signals, realize differential mode conversion, have large inductance value, and small size. Common mode inductors can be used in power supply, communications, computers, medical care, industrial automation and other fields. It is often used in computer switching power supplies to filter common mode electromagnetic interference signals.
In the computer field, common mode inductors are widely used in network communications, servers, data centers and other places. In these places, common-mode inductors can effectively suppress common-mode noise on power lines or signal lines, ensuring the stability and integrity of data transmission.
In addition to the computer field, common mode inductors have also found wide applications in automotive electronics, medical equipment, industrial control and other fields. In these situations, common mode inductors can also play a role in suppressing common mode interference and improving signal quality.
In the field of automotive electronics, common mode inductors are used to suppress common mode noise on automotive power lines to ensure stable operation of automotive control systems. In the field of medical equipment, common mode inductors can be used to suppress electromagnetic interference on the power lines of medical equipment, thereby improving the electrical performance and reliability of medical equipment. In the field of industrial control, common mode inductors can be used to suppress common mode noise on signal lines in industrial control systems, thereby improving the accuracy and stability of the control system.
Magnetic integrated transformer refers to a miniature transformer manufactured using integrated circuit technology, which integrates coils and iron cores. It has unique characteristics such as small size and lightweight. Compared with traditional iron core transformers, magnetic integrated transformers can not only reduce current loss and magnetic loss, but also have the advantages of more precise voltage regulation, lower noise and higher energy efficiency. Therefore, magnetic integrated transformers have become one of the technologies worth promoting in industries such as power networks and new energy.
With the continuous development of new energy technology, magnetic integrated transformers have also been widely used in the field of new energy. For example, in wind power generation systems, the use of magnetic integrated transformers can not only improve the stability of wind turbine speed regulation, but also eliminate harmonic interference. In addition, the high efficiency and miniaturization characteristics of magnetic integrated transformers have also been widely used in power conversion and battery management systems in electric vehicle charging stations.
Compared with traditional transformer technology, magnetic integrated transformers have the following significant advantages in the field of new energy:
1. Small size and light weight: Magnetic integrated transformers can achieve a significant reduction in volume and weight while ensuring the same power transmission capacity, which is conducive to wide application in new energy applications with limited space.
2. High efficiency and low loss: Magnetic integrated transformers have the advantages of higher energy efficiency and smaller current loss and magnetic loss, which can greatly improve the operating efficiency of new energy systems.
3. Precise voltage regulation: Magnetic integrated transformers have more precise voltage regulation characteristics, which is beneficial to voltage stability control in new energy situations.
At present, the application of magnetic integrated transformers in the field of new energy is still in its infancy, but its unique advantages and broad application prospects will make it more popular and in-depth used in the future. Magnetic integrated transformers will continue to play an important role in reducing power transmission energy consumption, improving system efficiency, and improving power quality in the future, and are expected to play an increasingly important role in the transformation of new energy.
MAIKE is specialized in the design and manufacture of high-quality customized planar transformers and inductors. The factory is based in Mianyang which is the only National Science & Technology city in China and is strategically placed to service the global electronics market.
We design and manufacture for a variety of end-user applications ranging from Welding to Aerospace & Automotive & Battery Charging etc.
The planar transformer is a transformer with high frequency, low profile, small height, and high operating frequency.
Compared with conventional transformers, the size of the magnetic core of planar transformers is greatly reduced, especially when the height is reduced the most. This feature is very attractive in power supply equipment where space is strictly limited, making it the preferred magnetic component in many power supply equipment. The structural advantages of planar transformers also bring many advantages to its electrical characteristics: high power density, high efficiency, low leakage inductance, good heat dissipation, and low cost.
Key Features--
(1) High current density. The wires of a planar transformer are actually planar conductors, so the current density is high.
(2) High efficiency. The efficiency can reach 98%~99%.
(3) Low leakage inductance. Approximately 0.2% of the primary inductance.
(4) Good heat conduction. The hot aisle distance is short and the temperature rise is low.
(5) Low EMI radiation. Good core shielding can keep radiation to a very low level.
(6) Small size. The use of a small magnetic core can reduce the size accordingly.
(7) The parameters have good repeatability. Because the winding structure is fixed and easy to pre-process, the parameters are stable.
(8) Wide operating frequency range. The frequency can be from 50kHz to 2MHz.
(9) Wide operating temperature range. The working temperature is -40 130.
(10) Good insulation. The planar transformer is composed of overlapping conductive circuits and insulating sheets, thereby ensuring up to 4 kV insulation isolation between windings, primary-secondary and secondary-secondary.
