FSM-80S fusion splicer is core-to-core alignment single fiber splicer succeeding to 60S.In addition to ruggedized concept,which 60S created,the fusion splicer 80S has a series of new features,such as Automated wind-protector and tube-heater for quicker splicing cycle as well as fewer operation steps,innovative carrying-case design for quicker preparation,powerful Li-ion battey for longer operation,high resolution bigger LCD monitor,and built-in operation manuals in various languages. Market is from backbone network installation to opto-electronics components production for quality splice.
Electrical parameters
Ratio 1000: 1 or 2000:1 (customized)
Accuracy class 0.2%, 0.5%, 1%
Primary current 0 - 1000A AC
Secondary current 0 - 5A AC (customized)
Max. Cont. Input current 1200A
Over voltage category CAT III 600V
Output signal (AC current) 500mA,1A,5A AC at nominal input current
Output signal (AC voltage) 333mV,500mV,1V,5V AC at nominal input current
Frequency range 40Hz-2000Hz
Dielectric strength 3KV 50Hz/60Hz at 1 minute
Temperature range -20C to +55C
Output 2.5 meter cable with D01 connector
Max. voltage not insulated conductors 600 V
Standard EN 61010-1, EN 61010-2-032, IEC60044-1
Installation Clamp type
Output mode Lead output(2.5m)
Mechanical parameters
Dimensions (L x W x H) (mm) 163 x 310 x 34
Weight (g) 900
Holding wire diameter (mm) 110
Max. jaw opening (mm) 110
Jaw Color Black
Material PC+ABS+Polycarbonate, UL94 V0
JMY6281 is based on NXP PN512, CV520 chip design. It supports USB HID, UART or IIC interface and fully compatible with ISO14443 Type A, ISO14443 Type B protocols and also NFC function. The dimension is 50.8mm * 50.8mm * 7.5mm.
Jmy601 is based on nxp mf rc531, sl rc400, or cl rc632 chip design. It supports uart or iic interface and fully compatible with iso14443 type a and iso14443 type b and iso15693 protocols. The dimension is 60mm * 60mm * 5.7mm.
Description
Jmy601 is a series of rfid read/write module with uart or iic communication port. It has various functions and supports multi iso/iec standard of contactless card. The rf protocol is complex, but the designer combined some frequent used command of rf card and then user could operate the cards with full function by sending simple command to the module. The module and antenna is integrated. The impedance between rf circuit and antenna was tuned by impedance analyzer, and then the module has excellent performance and stability.
Main characteristics
Modules integrated antenna, excellent consistency and stability
light and slim
rf protocol in accordance with emv2010
Qualifications
Pcd: nxp mf rc531, sl rc400, cl rc632
Pcb layers4
Working frequency: 13.56mhz
Termsed standard: iso14443a, iso14443b, iso15693
anti collision ability: full function anti collision; be able to set multi-cards or single card
auto detecting card: termsed, default off, could be set
JMY6021 is based on NXP MF RC500, MF RC531, SL RC400 or CL RC632 chip design. It supports USB HID, RS232C, UART or IIC interface and fully compatible with ISO14443 Type A and ISO14443 Type B, ISO15693, and ISO7816(2 SAM Slots) protocols. The dimension is 100mm * 70mm * 10.6mm
JMY6122 is based on NXP CL RC663 chip design. It supports USB HID, RS232C, UART or IIC interface and fully compatible with ISO14443 Type A and ISO14443 Type B, ISO15693 and ISO7816(4 SAM Slots) protocols. Also it supports NFC functions. The dimension is 86.5mm * 65mm * 9.5mm.
JMY5011 is the second generation product based on JMY501 with UART and IIC serial port.JMY5011 has various functions and supports multi ISO/IEC standard of contactless card. The RFprotocol is complex. The designer combined some frequent used command of RF card and then usercould operate the cards with full function by sending simple command to the module.
The impedance between RF module and antenna was tuned by impedance analyzer. And then the module has excellent performance and stability.
The module and antenna is split design. 4 wires are linked the antenna and module. Normally the wire should be less than 200mm, or it will affect the modules performance and stability.
JMY6804 is based on NXP CL RC663 chip design. It supports USB HID, RS232C, UART or IIC interface and fully compatible with ISO14443 Type A and ISO14443 Type B, ISO15693 and ISO7816(2 SAM Slots) protocols. The dimension is 70mm * 50mm * 16.5mm.
JMY6804 is a series of RFID read/write module. It has various functions and supports multi ISO/IEC standard of contactless card. The RF protocol is complex, but the designer combined some frequent used command of RF card and then user could operate the cards with full function by sending simple command to the module.
The impedance between RF module and antenna was tuned by impedance analyzer. And then the module has excellent performance and stability.
Main Characteristics
Ferrite plate under the antenna, good performance for metal-around environments
EMV2010 certification ability in RF protocol part
2 SAM slots, full fill payment system usage
USB HID interface, convenience to use on PC
Qualifications
PCD model: NXP CL RC663
PCB Layersï¼?4
Working frequency: 13.56MHz
Termsed standard: ISO14443A, ISO14443B, ISO15693, ISO7816,NFC
Anti collision ability: Full function anti collision; be able to set multi-cards or single card
Auto detecting card: Supported, default OFF, could be set
SAM slots: 2, T=0 & T=1 9600, 19200, 38400, 55800, 57600, 115200bps
Data FLASH: 512 Bytes
Power supply: DC 5V (±10%)
Interface: USB HID, RS232C, UART or IIC by order
Communication speed:
IIC: Max.200Kbps
UART: 19200bps, 9600bps, 38400bps, 57600bps, 115200bps
USB: 2.0 HID class
Interface level: UART / IIC 3.3V (5V tolerance)
Max. command length:
JCP04: 253bytes
JCP05: 510bytes
Power consumption: Max. 150mA
Operating distance: 70mm (M1 typical distance, depending on card quality)
Dimension: 70mm * 50mm * 16.5mm
Weight: About 120g
ISP: Supported
RoHS: By order
CE certification: in plan (Jan.17,2015,soon)
Operating temperature: -25 to +85°C
Storage temperature: -40 to +125°C
The adjustable range of permeability10khz=15000~50000,
Excellent frequency characteristics
High saturation magnetic induction strength, 1.20t,
Lower eddy current losses
Excellent temperature stability
3g-sdi fiber optic extender offers the digital transmission of fully uncompressed sdi (270mbps), hd-sdi (1.485gbps) , 3g-sdi(2.97gbps)by single fiber overbroadcast quality with audio, rs485/rs232/rs422 serial data, loopback output and ip ethernet transmission. It is broadcasting quality, could compatible with asi, ts stream.
Titanium Wire Mesh is a shiny white metal wire mesh attributes lower density, large strength and easy fabrication features. It offers excellent resistance to corrosion and shows ductile nature when placed in the presence of oxygen. It provides large strength to weight ratio and high melting point of 1650oC. It is a significant refractory metal. The titanium wire mesh offers paramagnetic character and minor electrical and thermal conductivity.
Titanium doesn’t dissolve in water though it dissolves in the concentrated acids. It produces the security oxide layer when set up at the high temperatures in air though at the room temperatures it avoids tarnishing.
Properties of Titanium Wire Mesh
1.Toughness and light weight
2.Resistance to powerful acids and alkalis
3.Major and minor temperature adherent
4.Large tensile strength at the high temperatures
Applications of Titanium Wire Mesh
1.Fasteners
2.Electrode material wire
3.Medical industry
Hastelloy Mesh provides intense resistance to the wide corrosion media including pitting corrosion and crevice corrosion. It strictly resists the stress corrosion cracking and oxidizing aqueous solutions. It offers tremendous resistance to hydrates chlorine, nitric acid and oxidizing acids and chlorides and reduction and oxidation media. So Hastelloy is suitable to perform in the rigorous conditions.
The Hastelloy Mesh is used in the different chemical processing operations. It provides large resistance to the rigorous oxidizers like ferric and cupric chloride, organic and inorganic acid, formic and acetic acid and acetic anhydride. It fits best in the several industrial applications.
Corrosion Resistance Properties of Hastelloy Mesh
1.Reduction and oxidation conditions
2.Pitting and crevice corrosion
3.Stress corrosion cracking, oxidizing aqueous media.
4.Hydrates chlorine and nitric acid and other oxidizing acids and chlorine ions
5. Various chemical processing’s such as strong oxidizers like ferric and cupric chloride
6. Formic and acetic acids and acetic anhydride
Tungsten Mesh Screen is called as the superior functional material that is widely utilized in the filaments. It has very high melting scale about 3422oC as well as boiling scale about 5555oC. The wire mesh is featured with the better physical properties like high density, minor vapor pressure and thermal expansion. It offers large thermal conductivity, high electrical resistance and large modulus of elasticity. The tungsten wire mesh offers excellent resistance to corrosion and has supreme mechanical features.
Nichrome wire mesh attains the splendid features of excellent resistance to corrosion at the grand temperature levels. It attains minor temperature coefficient of expansion and large performance temperature limit. It provides tremendous resistance to carburization, thermal upset, drooping and bending. It has superior mechanical features and widely competent in producing secure oxide layer to resist corrosion.
Nichrome wire mesh is an affordable resistance wire. It is primarily implemented in the production of industrial electric furnaces, domestic heating equipments and ceramics, heat processing and electronic operations.
Nichrome Resistance Heating wire offers large electric resistance that increases significantly if temperature increases since it has large temperature coefficient of electric resistivity. The common applications of resistance heating wire include manufacturing powerful electric resistors and heating apparatus. The main purpose of resistance wire is to generate enormous heat when it is heated enormously.
Nichrome Resistance Heating wire is a hard, dense material. It offers superior resistance to oxidation and many corrosive conditions at the high temperatures. It creates protective layer when heated at the high scale. The wire also introduces high performance temperature limit, prolonged service life and large stress capability.
