AC Motors

Brand: Mitsubishi Name: low inertia small capacity servo motor Model: hg-mr73b Servo motor series: low inertia, small capacity. Rated output: 0.75KW. Rated speed: 3000r / min. Electromagnetic braking: attached. Power supply: 200V. The rated speed is 3000r / min and the large speed is 6000r / min. The high torque is 350% of the rated torque, realizing high torque in the field of high rotation. It only supports hg-kr series products. Built in position encoder with high resolution. Provide standard high-resolution position encoder (4194304p / rev (22bit)). Realize more positioning function. To improve the environmental resistance, hg-kr, hg-mr, hg-rr and hg-ur series products adopt IP65. Other performance descriptions of Mitsubishi hg-mr73b: Type: hf-sn servo motor, medium inertia, medium power. Rated output power: 2.0kw. Rated speed: 2000r / min. Electromagnetic braking: Yes. Oil seal: Yes. Encoder resolution: 131072p / R Mitsubishi hg-mr73b. S100 represents mr-e super special motor. Kh003 is mr-e super special mark. It is easy to operate and reduce the working load hg-mr73b Enhanced system cost performance. , positioning (servo motor encoder resolution: 131072). High responsiveness. Vibration control function through adaptive vibration. Optimized tuning can be achieved by using personal computer and servo setting software. There are 2 types of interfaces: Pulse train interface is used for position control and internal speed control of Mitsubishi hg-mr73b. The analog input interface is used for speed control and torque control. Widely used. Feed of processing equipment and machine tools. For food, packaging equipment and feeding devices. Used in textile machinery, etc. It can improve the performance of the equipment. The terminal strip of servo amplifier adopts connector to reduce the required wiring time. The connector is located in front of the servo amplifier to facilitate cable connection. The gain of Mitsubishi hg-mr73b can be adjusted conveniently through the real- time automatic tuning function. Motor series: medium inertia, medium power. Rated output power: 5.0kw. Rated speed: 2000r / min. With or without brake: attached. Shaft end: keyway (slotted position). Protection level: IP65 (IP67). Features: there are three modes of medium inertia from low speed to high speed, which are suitable for different application ranges. Application examples: transmission machinery, robot, X-Y worktable. High resolution encoder 131072p / rev (17 bit) Mitsubishi low inertia small capacity servo motor. High resolution encoder is included to ensure excellent performance and stability at low speed. All motors are the same size as the previous products and the wiring is compatible. Servo motor series: low inertia, medium capacity. Rated output: 5.0kw. Rated speed: 3000r / min. Electromagnetic braking: attached. Power supply: 200V. It is suitable for Mitsubishi low inertia small capacity servo motors such as high frequency operation of medium capacity and low inertia products. To improve the environmental resistance, hg-kr, hg-mr, hg-rr and hg-ur series products adopt IP65. In 100 sites, there are 100 different drive controls. In order to meet diversified and detailed site needs as much as possible, In the configuration of mr-j4 product line, it provides abundant servo amplifiers and servo motor products, Mitsubishi low inertia and small capacity servo motor. It can meet the different needs of different customers. Servo motor series: medium inertia, small capacity. Rated output: 1.2kW. Rated speed: 1000r / min. Electromagnetic braking: without. Power supply: 200V. Realize the stable driving of medium capacity and medium inertia products hg- mr73b. Through the optimized structural design, the small total length in the industry is realized. High speed & high torque Mitsubishi hg-mr73b. Shorten positioning time and realize high-speed equipment. Reduce power on torque ripple. By optimizing the combination of motor poles and slots, the power on torque ripple is greatly reduced, Further realize the smooth and constant speed operation of the equipment. To improve the environmental resistance, hg-sr and hg-jr series products adopt IP67.

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Mitsubishi q series PLC main substrate q312b product specification details [number of I / O modules installed] 12 Extensible: extensible [available modules] Q series modules [DC5V internal current consumption] 0.13a [mounting hole size] M4 screw hole or Ф 4.5 holes (for M4 screws) [overall dimension h * w * d [mm]] 98 * 439 * 44.1 [weight] 0.47kg [accessories] mounting screws M4 * 14, 4 (DIN rail mounting adapter sold separately) [DIN rail mounting adapter type] q6din1 Relevant models Mitsubishi QH series controller qd75mh2 Mitsubishi communication module qj71mt91 Mitsubishi speed counting module qd62-h01 Mitsubishi output module qy40p-ts Mitsubishi output module qy40p Mitsubishi communication module qj71lp21s-25 Mitsubishi q series controller q172cpun Mitsubishi QH series controller qd75mh4 Mitsubishi I / 0 hybrid module qx41y41p Mitsubishi redundant control data tracking cable qc10tr Mitsubishi CPU q02hcpu- a Mitsubishi memory card q2men-2mbf Mitsubishi communication module qj61cl12 Mitsubishi power module q64rp Mitsubishi positioning module qd70p4 Mitsubishi communication module qj71c24n Mitsubishi communication module qj71br11 Mitsubishi memory card q2mem-16mba Mitsubishi main substrate IQ mode q38db Mitsubishi data record qd81mem-1gbc

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Related Informations: Corresponding Mitsubishi servo amplifier product model: MR-J4-10B、MR-J4-10B- RJ、MR-J4-10B-RJ010、M , R-J4-10A、MR-J4-10A-RJ、 MR-J4W2-22B、MR-J4W2-44B、MR- J4W3-222B、MR- , J4W3-444B Power supply capacity [KVA] (Note 1): 0.3 Continuous characteristics Rated output [w]: 50 Rated torque [n · M] (Note 3): 0.16 Maximum torque [n · M]: 0.56 Rated speed [R / min]: 3000 Maximum speed [R / min]: 6000 Instantaneous allowable speed [R / min]: 6900 Power at continuous rated torque [kW / S]: 5.63 Rated current [a]: 0.9 Maximum current [a]: 3.2 Regenerative braking frequency (Note 2): Mr-j4 - [times / minute]: (Note 4) MR-J4W_- [times / minute]: 2500 Inertia j [* 10 to the - 4th power kg · m square]: 0.0450 Recommended load inertia ratio (Note 1): below 17 times Speed and position encoder: absolute position and increment share 22bit encoder (resolution per revolution of servo motor: 4194304pulses / Rev) Heat resistance grade: 130 (b) Structure: fully closed self cooling (protection grade: IP65) (Note 2) Allowable load of shaft L [mm]：25 Radial [n]: 88 Thrust [n]: 59 Weight: 0.34kg Hg-kr053 product specification remarks: 1. Ratio of load inertia to motor inertia. 2. Remove the through part of the shaft. With reducer, the reducer part is about IP44. 3. When the unbalanced torque is generated like a lifting shaft, it is recommended to control the unbalanced torque within 70% of the rated torque. 4. When decelerating from the rated speed operation state to the stop state, if the actual torque is within the range of rated torque, there is no limit in the regeneration frequency. When decelerating from the maximum speed operation state to the stop state, there is no limit in the regeneration frequency if the following conditions are met. . hg-kr053: the load inertia ratio is less than 8 times, and the actual torque is within the rated torque range

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Servo motor series: low inertia, medium / high power. Rated output: 7.0kw. Rated speed: 3000r / min. electromagnetic brake: with. Shaft end specification: Standard (straight shaft). Features: low inertia, suitable for high-speed, high acceleration and deceleration operation, Mitsubishi servo motor user manual. IP rating: IP67. Application example: 1. Food processing machinery. 2. Printing press. 3. Injection molding machine (11kw, 15kw) hg-kr43bj 4. Large stamping machine (11kw, 15kw) The protection grade of hf-sp / hf-jp series motor is IP67 (except the shaft through part). Low inertia medium power servo motor (0.5KW ~ 9kw), maximum speed: 6000r / min (rated speed: 3000r / min), It is suitable for high-frequency positioning and acceleration / deceleration operations, especially the user manual of Mitsubishi servo motor of food processing machine and printing machine. Low inertia high-power servo motor without cooling fan (11kw and 15kw), maximum speed: 3000r / min (rated speed: 1500r / min). The design without cooling fan is adopted by the dry motor to make the motor structure more compact, and the wiring is reduced by using power connector (compared with hf-lp series servo motor with the same power, the volume is reduced by about 46% and the weight is reduced by about 34%) It is suitable for high-frequency positioning and acceleration / deceleration operations, especially the user manual of Mitsubishi servo motor for injection molding machine and large press. Hf-jp703 (4) / 903 (4) maximum speed: 5000r / min, servo motor series: low inertia, medium and large capacity. Rated output: 1.5kw. Rated speed: 3000r / minhg-kr43bj user manual. Electromagnetic braking: without. Power supply: 200V. High frequency operation or high acceleration and deceleration operation of medium, large capacity and low inertia products. To improve the environmental resistance, hg-sr and hg-jr series products adopt IP67 High speed & high torque. Shorten positioning time and realize high-speed equipment. In 100 sites, there are 100 different drive controls. In order to meet diversified and detailed on-site needs as much as possible, In the distribution of mr-14 product line, we provide rich user manual books of CO serving amplifier and co serving motor products hg-kr43bjj, which can meet the different needs of different customers. Motor series: low inertia, medium power. Rated output power: 11.0kw. Rated speed: 2000r / min. With brake or not: No. Shaft end: Standard (straight shaft) hg-kr43bj user manual. Voltage: 400V type. Protection level: IP65 (IP67). Features: low inertia, from low speed to high speed, three modes can be selected, suitable for different application ranges. As a standard production port, 30kW or higher power is suitable for flange (type) installation and foot installation. Application examples: injection molding machine, semiconductor manufacturing device, large conveying machinery. High resolution encoder 131072p / rev (17 bits). High resolution encoder is included to ensure excellent performance and stability at low speed. All motors are the same size as the previous products and the wiring is compatible. Servo motor series: low inertia, medium / high power, rated output: 50.0kw. Rated speed: 1500r / min. Electromagnetic brake: none. Shaft end specification: Standard (straight shaft). Voltage: 400V level. Features: there are three types of low inertia, medium and high speed models, which are suitable for different applications as the standard. Motors of 30kW and above can be installed with flanges or brackets. Hg-kr43bj manual. IP level: IP44 Mitsubishi servo motor user manual. Application example: 1. Injection molding machine. 2. Semiconductor manufacturing equipment. 3. Large material conveying system. 4. Press. The rich motor product line can optimize the performance of the machine. It has a rich product line of Shenji, including rotary servo motor, linear servo motor and direct drive Shenji.

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Detail Information Product classification: Mitsubishi frequency converter accessories Product name : Mitsubishi Linear noise filter Model and Specificatipn : FR-BSF01 Used to reduce line noise Applicable frequency converter ：FR-A700 , FR-F700 , FR-E700 , FR-D700 , FR- BSF01 Related Service: Condition: A brand-new, unused, unopened, undamaged item in its original packaging (where packaging is applicable). Packaging should be the same as what is found in a retail store, unless the item is handmade or was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag. See the seller's listing for full details. Terms: We ships worldwide and accepts T/T and Paypal. All items are subject to availability and passing our QA testing and inspection. Turnaround Time: Standard order processing is 1-2 business days plus shipping method chosen. Rush and off-hours service available for an additional fee. Packaging and Handling: Items are safely packaged in custom shipping cartons for protection. Shipping: We ship worldwide use UPS,FedEx, DHL or Truck Freight when meeded. Call to use a shipping service other than the ones listed. International Customers are responsible for all Customs fees, VAT and other fees applied by their respective countries. All shipments are fully insured.

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continuous characteristic] rated output 750W, rated torque 2.4 N.m [maximum torque] 8.4n m [rated speed] 3000r / min [maximum speed] 6000r / min [instantaneous allowable speed] 6900r / min [power ratio at continuous rated torque] standard 45.2kw/s, 41.6kw/s with electromagnetic brake [rated current] 4.8A [maximum current] 17A [inertia J] standard 1.26, with electromagnetic brake 1.37 [recommended load inertia ratio] less than 25 times [speed and position detector] absolute position and increment share 22 bit encoder (resolution per revolution of servo motor: 4194304pulses / Rev) [oil seal] Yes [heat resistant glass] 130 (b) [structure] totally enclosed self cooling (protection grade: IP65) [vibration level] v10 [allowable load of shaft] l 40mm, radial 392n, axial 147n [weight] standard 2.8kg, with electromagnetic brake 3.8kg Hg-kr43bj electromagnetic brake specification [form] non excitation action type (spring braking) safety braking [rated voltage] DC24V (- 10% ~ 0%) [power consumption] 10W [coil resistance] 57.0 Ω [inductance] 0.13h [static friction torque of electromagnetic braking] 2.4n m [release delay time] 0.04 seconds [braking delay time] DC cut-off 0.02 s [allowable braking energy] 64j per braking and 640j per hour [service life of electromagnetic brake] 20000 times of braking, 22j of single braking

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Ig module is damaged due to poor heat dissipation The frequency converter makes a sudden sound during operation, and the external connection is burned. It is found that the IGBT module of the frequency converter is damaged after disassembly. Through the test of relevant boards, it is found that the IGBT trigger circuit is damaged, and other plates are normal. When removing the frequency converter board, it was found that there were a lot of oil and dust on the power board and current detection board. Turn on the fan of the heat sink of the frequency converter and see that the heat sink is also covered with oil and sundries, which completely blocks the heat dissipation channel of the frequency converter. It is inferred that the Ig module of the frequency converter is damaged due to poor heat dissipation. Maintenance process: first, completely disassemble the frequency converter, remove the heat sink of the heat dissipation channel, clean the heat sink with air pressure gas, and clean all the internal structural parts and boards of the frequency converter. Install the IGBT module. When installing the IGBT module, install it in sequence according to the requirements of the module, with appropriate torque. Repair the trigger circuit, and then install other devices in turn. After installation, conduct static test. After the static test results are good, conduct power on test and load test. The on load test is qualified and the maintenance is completed successfully. Experience summary: Based on the maintenance of several frequency converters in different models and different use environments, it is concluded that the main reason for the damage of frequency converter IGBT module is the poor use environment, which leads to the damage of electronic components on gate drive card and the blockage of heat dissipation channel of frequency converter* The easily damaged devices are voltage stabilizing tube and optocoupler. Check whether there is a problem in the driving circuit. Compare whether the resistance of each trigger terminal is consistent when power is off. The voltage waveform at the trigger end can be measured after power on. However, some frequency converters cannot be started without being installed into the module. At this time, a false load is connected in series at the p-end of the module to prevent the module from being burnt out due to touching the originator or other lines by mistake during inspection. Another important part of NTK's overall development environment is ABB automation builder tool suite. This provides an integrated development environment for various automation components used in control system projects such as NTK - from PLC, safety PLC and motion controller to driver and HMI. The tool significantly reduces software complexity and time to market. Knud Jansen, manager of mechanical control and automation products in ABB's automation products division, said: "this application illustrates the simplicity of PLC users using PLC based safety control system architecture. The key drivers of NTK are the ability to program in high-level structured text language and powerful safety code analyzer tools - providing immediate feedback to software developers when developing and testing PLC code modules." The PLC crane control system of NTK is installed in the protected cabinet in the cab. However, an "extreme condition" version of the PLC is also available, enabling users to configure enhanced functional safety PLC solutions for harsh conditions and extreme weather, such as those commonly used in some crane and winch applications. Working principle of AC servo motor The rotor inside the servo motor is a permanent magnet. The U / V / W three- phase electricity controlled by the driver forms an electromagnetic field. The rotor rotates under the action of this magnetic field. At the same time, the encoder feedback signal of the motor is sent to the driver. The driver compares the feedback value with the target value to adjust the rotation angle of the rotor. The accuracy of the servo motor depends on the accuracy of the encoder (number of lines). 4. Servo motor? How many types? What are the characteristics of the work? A: servo motor, also known as executive motor, is used as an executive element in the automatic control system to convert the received electrical signal into angular displacement or angular speed output on the motor shaft. It is divided into DC and AC servo motors. Its main feature is that when the signal voltage is zero, there is no rotation, and the speed decreases at a uniform speed with the increase of torque, What are the functional differences between AC servo motor and brushless DC servo motor? AC servo is better because it is controlled by sine wave and the torque ripple is small. DC servo is trapezoidal wave. But DC servo is relatively simple and cheap. Since the 1980s, with the development of integrated circuit, power electronics technology and AC variable speed drive technology, permanent magnet AC servo drive technology has made outstanding development. Electrical manufacturers in various countries have launched their own AC servo motor and servo driver series products, which have been continuously improved and updated. AC servo system has become the main development direction of contemporary high- performance servo system, which makes the original DC servo face the crisis of being eliminated. Since the 1990s, the digital servo motor drive system has been used all over the world. The development of AC servo drive in the field of transmission is changing with each passing day. Compared with DC servo motor, permanent magnet AC servo motor has the following main advantages: (1) there is no brush and commutator, so it works reliably and has low requirements for maintenance. ⑵ the heat dissipation of stator winding is convenient. ⑶ small inertia, easy to improve the rapidity of the system. (4) it is suitable for high-speed and large torque working state. (5) smaller volume and weight under the same power.

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Circuit breaker refers to the switching device that can close, carry and disconnect the current under normal circuit conditions, and can close, carry and disconnect the current under abnormal circuit conditions within a specified time. Circuit breakers are divided into high-voltage circuit breakers and low- voltage circuit breakers according to their scope of use. The division of high- voltage and low-voltage boundaries is relatively vague. Generally, those above 3KV are called high-voltage appliances. The circuit breaker can be used to distribute electric energy, start the asynchronous motor infrequently, and protect the power line and motor. When they have serious overload, short circuit, undervoltage and other faults, it can automatically cut off the circuit. Its function is equivalent to the combination of fuse switch and over and under heating relay. Moreover, it is generally not necessary to change the parts after breaking the fault current. At present, it has been widely used. Power distribution is an extremely important link in the generation, transmission and use of electricity. The distribution system includes transformers and various high and low voltage electrical equipment, and the low voltage circuit breaker is an electrical appliance with large amount and wide range of use. working principle The circuit breaker is generally composed of contact system, arc extinguishing system, operating mechanism, release, shell, etc. In case of short circuit, the magnetic field generated by large current (generally 10 to 12 times) overcomes the reaction spring, the release pulls the operating mechanism to act, and the switch trips instantaneously. In case of overload, the current increases, the calorific value intensifies, and the bimetallic sheet deforms to a certain extent to promote the action of the mechanism (the greater the current, the shorter the action time). For the electronic type, the transformer is used to collect the current of each phase and compare it with the set value. When the current is abnormal, the microprocessor sends a signal to make the electronic release drive the operating mechanism. The function of circuit breaker is to cut off and connect the load circuit and cut off the fault circuit to prevent the expansion of accident and ensure safe operation. The high-voltage circuit breaker needs to break the arc with 1500V and current of 1500-2000a. These arcs can be elongated to 2M and still continue to burn. Therefore, arc extinguishing is a problem that must be solved for high voltage circuit breaker. The principle of arc blowing and arc extinguishing is mainly to cool the arc and reduce heat dissociation. On the other hand, arc blowing lengthens the arc to strengthen the recombination and diffusion of charged particles, and blow away the charged particles in the arc gap to quickly restore the insulation strength of the medium. Low voltage circuit breaker, also known as automatic air switch, can be used to turn on and off load circuit, and can also be used to control infrequently started motor. Its function is equivalent to the sum of some or all functions of knife switch, overcurrent relay, voltage loss relay, thermal relay and leakage protector. It is an important protective appliance in low-voltage distribution network. Low voltage circuit breaker has many protection functions (overload, short circuit, undervoltage protection, etc.), adjustable action value, high breaking capacity, convenient operation, safety and other advantages, so it is widely used. Structure and working principle low voltage circuit breaker is composed of operating mechanism, contact, protection device (various releases), arc extinguishing system, etc. The main contact of low-voltage circuit breaker is closed manually or electrically. After the main contact is closed, the free tripping mechanism locks the main contact in the closing position. The coil of the overcurrent release and the thermal element of the thermal release are connected in series with the main circuit, and the coil of the undervoltage release is connected in parallel with the power supply. In case of short circuit or serious overload of the circuit, the armature of the overcurrent release is pulled in to make the free tripping mechanism act, and the main contact disconnects the main circuit. When the circuit is overloaded, the thermal element of the thermal release generates heat, which bends the bimetallic sheet and pushes the free release mechanism to act. When the circuit is under voltage, the armature of the under voltage release is released. It also makes the free tripping mechanism act. The shunt release is used for remote control. During normal operation, its coil is powered off. When distance control is required, press the start button to power on the coil.

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Warranty: 3months-1year Place of Origin: Jiangsu, China Brand Name: CPMDJ Model Number: M3586 Type: Asynchronous Motor Frequency: 50Hz / 60Hz, 50Hz/60Hz Phase: Single-phase Protect Feature: Drip-proof AC Voltage: 208-230 / 240 V Efficiency: IE 4

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800W-45000W CNC water cooled spindle motor for advertising woodworking comes with ER11-ER20 collet a, running at 220V/380V 400Hz, 3.5-16A, 24000-60000rpm, need to be matched with VFD for use. Round spindle motor for wood carving, CNC machine, etc. Inexpensive and user friendly.

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JLD-ELECTRONICS IMPORT & EXPORT CO.,LIMITED Add: Room1588 NO40 Tianhuroad,SiMingDistric , t,XiaMen City,China.361004 Tel：86 0592-3286128  13850098632 Fax：86 0592-3286128 Email : peterjld1688@163.com Post Code：361001 Web:www.jld-electronics.com Schneider PLC TSXSAY1000 TSXSCP114 TSXP57453AM T , SXPSY5500M TSXP57303AM TSXSCY21601 TSXPSY , 2600M TSXAMZ600       TSXPBY100       ,    TSX3722001  TSX3721001  TSXDMZ64DTK  TSXPLP01 TSXASY800   TSXDSY32T2K  , TSXDSY64T2K  TSXAEY1600  TSXAEY1614  T , SXCAY41 TSXCAY21 TSXDEY64D2K TSXSCPCC1030 TSXSCP111 TSXPSY1610M  TSXP57103M TSXH5724 STBPDT3100K TSXH5724M   TSXAEY414 TSXP572634M TSXP57203M TSXAEZ414 TS48C14Y ATS48C17Q ATS48D38Q TSXETG100 TSXCTY2C TSX3722101 TSXETZ4 , 10 TSXDEY16D2 TSXMFP264P TSXMRP0256P TSXMRP032P TSXMRP264P TSXMRP3384P TSXP57153M TSXP57253M TSXPCX1130 TSXPLP101 TSXPRGLDR TSXPSY3610M TSXPSY5520M TSXPSY8500M TSXREY200 TSXRKA02 TSXRKY12 TSXRKY12EX TSXRKY4EX TSXRKY6 TSXRKY6EX TSXRKY8 TSXRKY8EX TSXRKZ02 TSXSAZ10 TSXSCP112 TSXSCPCD1030 TSXSCPCD1100 TSXSCPCM4030 TSXSCPCU4030 TSXSCPCX4030 TSXSUP1011 TSXDSZ04T22 TSXDSZ08R5 TSXDSZ32R5 TSXETY110 TSXETY210 TSXFANA5P TSXFPP20 TSXIBY100 TSXMBPCE030   TSX3705028DR1 TSX3708056DR1 TSX3710001 , TSX3710028AR1 TSX3710028DR1 TSX3710101 TSX3710128DR1 TSX3710128DT1 TSX3710128DTK1 , TSX3710164DTK1 TSX3721101 TSXACZ03 TS , XAEY420 TSXAEY800 TSXAEY810 TSXAEZ801 , TSXAEZ802 TSXASY410 TSXASZ200 TSXASZ401 TSXBATM01 TSXBATM02 TSXBATM03 TSXBLY01< , br>TSXCAP030 TSXCAPS15 TSXCAY22 TSXCAY33< , br>TSXCAY42 TSXCBY010K TSXCBY030K TSXCBY0 , 50K TSXCBY120K TSXCBY180K TSXCBY280K T , SXCBY380K TSXCBY500K TSXCBY720K TSXCCPH15 , TSXCCPS15 TSXCCY1128 TSXCDP103 TSXCDP , 202 TSXCDP203 TSXCDP301 TSXCDP302 TSXC , DP303 TSXCDP501 TSXCDP503 TSXCDP611 TS , XCFY11 TSXCFY21 TSXCPP110 TSXCPP301 TS , XCSY84 TSXCTY2A TSXCTY4A TSXCTZ1A TSXC , TZ1B TSXCTZ2A TSXCXP213 TSXDEY08D2 TSX , DEY16A3 TSXDEY16A4 TSXDEY16A5 TSXDEY16FK< , br>TSXDEY32D2K TSXDEZ12D2 TSXDEZ12D2K TSX , DEZ32D2 TSXDMY28FK TSXDMZ28AR TSXDMZ28DR< , br>TSXDMZ28DT TSXDMZ28DTK TSXDPZ10D2A TSX , DSY08R5 TSXDSY08R5A TSXDSY16R5 TSXDSY16T2 , TSXETY4103 TSXETY5103 TSXPCX1031-C TS , XPCX3030-C TSXRAZ01 TSXSCA50 TSXSCA72 , TSXSCYCM6030 TSXTAPMAS TSXTLYEX 140CPU652 , 60 TCSEK1MDRS TCSEK3MDS TSXCANKCDF180T TSXCANKCDF90T TSXH5744M TSXISPY101 TSXMB , P100 TSXMCPC002M TSXMCPC224K TSXMCPC512K< , br>TSXMFPB096K TSXMFPP001M TSXMFPP002M TS , XMFPP004M TSXMFPP128K TSXMFPP224K TSXMFPP , 384K TSXMFPP512K TSXMRPC001M TSXMRPC001MC , TSXMRPC002M TSXMRPC003M TSXMRPC003MC , TSXMRPC007M TSXMRPC007MC TSXMRPC01M7 TSXM , RPC448K TSXMRPC768K TSXMRPF004M TSXMRPF00 , 8M TSXMRPP128K TSXMRPP224K TSXMRPP384K TSXP57104M TSXP571634M TSXP57204M TSXP57 , 2623M TSXP573623AM TSXP573634M TSXP574634 , M TSXP57554M TSXP575634M , BMXART0814 BMXCRA31200 BMXCRA31210 BMXEHC0800 BMXNOC0401 BMXNOE0100 BMXNOE0110 BMXN , OM0200 BMXNRP0201 BMXP342000 BMXP3420102 BMX , P3420102CL BMXPRA0100 BMXP342020 BMXP3420 , 302 BMXP3420302CL NWBM85C002 STBNMP2212 TSX3705028DR1 TSX3708056DR1 TSX3710001 , TSX3710028AR1 TSX3710028DR1 TSX3710128DR1 TSX3710128DT1 TSX3710128DTK1 TSX3710164DTK1 , TSX3710101 TSX3721001 TSX3721101 TSX3 , 722001 TSX3722101 TSXACZ03 TSXAEZ414 T , SXAEZ801 TSXAEZ802 TSXAMZ600 TSXASZ200 TSXCSA100 TSXASZ401 TSXBLZH01 TSXBLZL01< , br>TSXCAPS9 TSXCCPH15 TSXCTZ1A TSXCTZ1B TSXCTZ2A TSXCTZ2AA TSXCX100 TSXDEZ12D2< , br>TSXDEZ12D2K TSXDEZ32D2 TSXDMZ16DTK TSX , DMZ28AR TSXDMZ28DR TSXDMZ28DT TSXDMZ28DTK , TSXDMZ64DTK TSXDPZ10D2A TSXDSZ04T22 T , SXDSZ08R5 TSXDSZ08T2 TSXDSZ08T2K TSXCUSBM , BP TSXDSZ32R5 TSXDSZ32T2 TSXETZ410 TSX , ETZ510 TSXETZCDN003 TSXMFPB096K TSXPCX113 , 0 TSXPLP01 TSXPLP101 TSXRAZ01 TSXRKZ02 , TSXSAZ10 TSXEFACC7 TSXAEY1600 TSXAEY1 , 614 TSXAEY414 TSXAEY420 TSXAEY800 TSXA , EY810 TSXASY410 TSXASY800 TSXFPACC8M T , SXFPC20M TSXFPCA500 TSXFPCE030 TSXFPACC6< , br>TSXBATM02 TSXBATM03 TSXBLY01 TSXCAP030 , TSXCAPS15 TSXCAY21 TSXCAY22 TSXCAY33< , br>TSXCAY41 TSXCAY42 TSXETG1000 TSXETG100 , TSXETG1010 TSXCBRY2500F TSXCBRYK5 TSX , CBY010K TSXCBY030K TSXCBY050K TSXCBY1000< , br>TSXETG3000 TSXETG3010 TSXETG3021 TSXET , G3022 TSXCBY1000KT TSXCBY120K TSXCBY180K< , br>TSXCBY280KT TSXCBY380KT TSXCBY500KT TS , XCBY720KT TSXCBYACC10 TSXCBYK9 TSXCCPS15< , br>TSXCCPS15100 TSXCCY1128 TSXCDP053 TSXC , DP1001 TSXCDP1003 TSXCDY110 TSXCDP102 , TSXCDP103 TSXCDP202