At a glance
| Booth | P6218 |
| Country | KR |
| Website | www.odacore.com/en/main |
Company profile
ODA Technologies Co. Ltd. develops new products and works to improve quality and performance for fourth-industry fields including secondary batteries, solar power, electric vehicles, and semiconductors. The company positions itself as a technology and product-quality partner for customers in these fields. ODA Technologies Co. Ltd. operates its own warranty service center. Its technical team provides customized repair service and customized customer support. The company has also worked with Global Inventive Technologies to promote ODA power-supply products to the global market.
Exhibits
The test and power portfolio covers regenerative battery module/pack testing; vehicle and EV automotive test systems; EV motor testing; automotive application-component testing; and EV switch and relay testing. For semiconductor manufacturing, the portfolio includes a semiconductor manufacturing processing-line power-supply unit and a passive semiconductor/IC component manufacturing-line test solution. It also includes self-healing machine control systems, OLED and LED power-driver test systems, electric and electronic component test systems, and nuclear-power-plant and heavy-ion-accelerator test systems. The EX Series is a switching-type programmable DC power supply spanning 600W to 10,000W, with more than 10kW available through serial and parallel configurations. EX supports RS232C and RS485, offers TCP/IP as an option, uses the SCPI protocol, and fits a 19inch rack. EX includes UVL, OVL, UCL, OCL, OVP and OCP functions, separate voltage/current control encoders, and memory store/recall for production inspection and reliability testing. The EX Series uses 1U, 2U and 4U rack formats: 1U covers 600W to 2.5kW at 426mm x 44mm x 545mm, 2U covers 3.75kW to 5kW at 426mm x 88mm x 545mm, and 4U covers 6kW to 10kW at 426mm x 176mm x 545mm. Its front-panel functions include a 4-digit display, 16x1 LCD, voltage/current adjustment encoders, panel lock, limit display, output on/off, manual/PC calibration, and 11 factory modes. The EX memory function stores and recalls up to 10 operating states, allowing saved voltage/current settings to be reused for production inspection and reliability tests. The EX protection design blocks output under overvoltage or overcurrent conditions and also provides under-voltage, over-voltage, under-current and over-current lock functions. The lineup includes many voltage/current combinations from EX20 through EX600 families, and the product page marks selected models with an asterisk as CE certified. Available EX options include TCP/IP communication, output on/off signal control, isolated 0 to 5V or 0 to 10V analog programming and monitoring, multiple three-phase AC-input configurations, and rack-mount accessories. The Cell Cycler is a battery cell charge/discharge system designed for 1:1 charging and discharging, with configurations that can be customized from 8 to 512 channels. The LF Series is a programmable DC electronic load rated from 150W to 20kW, while the LFS Series is optimized in size for capacities of 1kW or more. The PTS Series is a small programmable DC power supply up to 800W that can be used on a standard 19inch rack or benchtop, while NEX is a programmable DC power supply from 600W to 4.8kW. The OPE-Q family provides four channels with two variable and two fixed outputs; OPE-S is single-channel, OPE-DI is two-channel, and OPS supports GPIB (IEEE-488.2) and RS-232C communication under SCPI. The OPX-55SE is a module-type programmable DC power supply with 1 to 5V, 5A fixed 8-channel output and RS-232C/SCPI communication, while the OPX-93D provides 0 to 9V and 0 to 3A dual output for mobile test equipment. ODA Technologies Co. Ltd. also presents battery, battery-cell, photovoltaic, PV simulation and ESS, and OLED/LED test-system solutions alongside its power supplies and electronic loads. The EX-TB Series is a single-output switching-type programmable DC power supply with RS232C and RS485 (RJ-45 type) interfaces under SCPI, combining benchtop and system use for industrial, R&D and education settings. EX-TB covers 600W to 4.8kW in a compact 265mm-wide chassis, using 75mm height for 600W to 1.2kW and 150mm height for 1.8kW to 4.8kW, with 403mm depth. It provides a 4-digit display, 16x1 LCD, separate voltage/current encoders, manual/PC calibration, panel lock, limit display, 11 factory modes and memory store/recall for up to 10 settings. Built-in OVP and OCP can block output when user-set voltage or current limits are exceeded, and UVL, OVL, UCL and OCL lock functions are also provided. RS-232C and RS485 are standard on EX-TB, TCP/IP is optional, output on/off signal control is optional, and the AC input can be single-phase 220VAC ±10% with three-phase input available as an option. The EX-TB model table spans 20V, 30V, 50V and other configurations, with examples such as EX20-30TB at 20V/30A/600W and EX30-40TB at 30V/40A/1,200W; the page marks asterisked models as CE certified. The OPE-Q Series is a linear programmable DC power supply with four non-isolated channels, comprising two variable outputs and two fixed outputs. It uses a half-19inch, 2U format measuring 213mm x 88mm x 362mm and provides RS-232C communication, with RS-485 available as an option. Tracking mode can control two output channels together so that one voltage/current setting can be applied to both channels. The series can save and recall up to five operating states for production, product inspection and reliability testing. Its fixed outputs include 5V/2A and 15V/1A channels, and the lineup includes bipolar variable-output models reaching 0 to ±120V. OPE-Q options include OVP/OCP control through remote communication, AC input at 110V ±10% or 230V ±10% and 50 to 60Hz, rack-mount support, an operating manual and demo software. ODA Technologies Co. Ltd. supplies vehicle and EV automotive test systems based on experience with automotive-part testing and battery charging/discharging for automobiles and electric scooters. Its EV automotive test coverage extends from on-board chargers and batteries to DC-DC converters and motors, supporting development, production and quality testing. On-board charger and EVSE test items include input/output, line/load regulation, overload and short-circuit protection, peak current, ripple/noise, waveform turn-on/off and CAN Bus reading. Battery-test solutions cover packs, modules and cells used in EVs, hybrid vehicles, battery motorcycles and forklifts, including capacity and cycling-life tests and OVP/UVP operation across SOC ranges. Industrial and EV motor testing can include reliability, durability, life, insulation, leakage, contact-point, over-voltage/current, temperature and sensor/system-malfunction tests under controlled temperature and humidity. Automotive platforms can be built for factory automation and applied to DC-DC motors, converters, seat and sunroof motors, lighting, connectors, harnesses, terminals, sockets, batteries, navigation, fans, BMS, fuses, relays, chargers, spark plugs and ECUs. The NEX Series is a high-performance, high-efficiency programmable DC power supply designed for fast response and stable output across industrial applications. NEX uses 426mm-wide chassis, with 600W to 2.4kW in 1U at 44mm height and 2.4kW to 4.8kW in 2U at 88mm height, both 550mm deep. Standard NEX communication includes RS-232C, RS-485 and TCP/IP, and external analog control is also provided. NEX provides OVP and OCP plus UVL, OVL, UCL and OCL modes, calibration, panel lock, memory store/recall and 12 factory modes. The product can save voltage, current and usage status so preset memories can be reused in production, inspection and reliability testing. The NEX lineup includes 2400 and 4800 Series configurations; the page identifies specific 1U and 2U models as CE certified and lists options for changing input specifications and bipolar operation. The MX Series is a switching-type programmable DC power supply for high-power applications, designed to combine power delivery and measurement with low ripple/noise and fast transient response. MX uses a 3U chassis measuring 426mm x 132mm x 670mm for 5kW to 15kW and also lists 15kW to 30kW configurations in the same dimensions. Its wide-voltage lineup extends from 30V through 1500V classes, and 10kW and 15kW units use 3U packaging. MX specifies a 0.95 power factor and a load transient response of 0.5%/500us, together with remote voltage sensing, CV/CC mode and manual/PC calibration. Communication supports RS-232C and RS485 with optional TCP/IP; SCPI is supported, and Modbus can be selected for RS485. Eleven protection modes include OVP, OCP, OTP, AC input range, AC phase, PFC, fan, module balance, control VCC, V-sensing and maximum-watt trip protection. The PT Series is a compact switching-type programmable DC power supply for benchtop or 19inch rack use in low-power applications. Its lineup covers 200W and 400W in a 70mm x 124mm x 350mm enclosure weighing 4.2kg. PT provides RS-232C and RS-485 together, with optional TCP/IP, and ODA Technologies Co. Ltd. provides a demo software program for communication. Features include CV/CC mode, remote voltage sensing, OVP/OCP, UVL/OVL/UCL/OCL, manual/PC calibration, panel lock and memory save/recall for up to 10 operating states. The front output can be used for measurement up to 10A, analog input control uses 0 to 10V, and the AC input is 110 to 240VAC ±10%. PT models include PT20-10, PT20-20, PT30-6.6, PT30-13, PT50-4, PT50-8, PT80-2.5, PT80-5, PT100-2, PT100-4, PT200-1 and PT200-2; the page marks selected models with an asterisk as CE certified. The solar PV array simulation solution verifies MPPT algorithms for solar inverters up to 1500V. Its photovoltaic array simulation software works with EX Series and MX Series DC power supplies to measure inverter MPPT efficiency and evaluate maximum-power-point tracking. The system supports automated static and dynamic MPPT-efficiency testing under EN50530 and SANDIA profiles, can simulate I-V/PV curves and real-weather data, and can save measurement data and test reports. The solar-array simulator specifies up to 1500V, up to 300kW, and AC input options of 220Vac ±10% or 380V/400V ±10% at 50/60Hz three-phase. The LF Series solar-test DC electronic load covers 0 to 150V/300V/600V and 150W to 30kW, with CC, CV, CR, CP, on/off, fuse, battery, short, cycling and dynamic modes. Applications include solar-array simulation, solar-load and PV-inverter automatic testing, PV junction-box testing, multi-channel simulation, ESS battery-pack charge/discharge testing, and static/dynamic MPPT and inverter-efficiency evaluation. For heavy-ion accelerator applications, ODA Technologies Co. Ltd. supplies bipolar power supplies for coil control to research centers, researchers and test centers. PT20-10B uses electronic-switch bipolar output, provides OVP/OCP and RS-232C/RS-485, and measures 70mm x 124mm x 350mm. OPM-181DB uses mechanical-relay-contact bipolar output, specifies 2mVp-p/2mArms ripple and noise, provides OVP/OCP and RS-232C, and measures 213mm x 132mm x 390mm. MX60-200 uses 380V/400V ±10% three-phase AC input, lists DC-output classes from 10V and 20V through 1500V, and specifies a 0.95 power factor at full load. MX60-200 also specifies 0.1% voltage and 0.4% current programming/readback accuracy, 20mVrms and 60mVpp ripple/noise at 30V, 0.75%/1ms transient response and 88% efficiency at full load. The accelerator test solution can set voltage/current independently by channel, add multi-channel configurations, acquire voltage/current/temperature data, interwork with PLC and control signals, save channel graphs/data, and add functions to user requirements. The regenerative battery module/pack test solution is based on a 10kW unit that combines DC power-supply and electronic-load functions and can be configured with up to four sets through series/parallel connection. Example charge/discharge configurations include 80V/200A, 100V/120A, 400V/30A and 500V/35A, with power regeneration through the inverter circuit. The system specifies 3ms response time, low-ripple charging/discharging, THD below 5%, power factor above 0.95 and recycling efficiency above 90%. It supports channel-level voltage/current settings, data acquisition for voltage, current, resistance, power and temperature, BMS communication, graphing/data storage, and CC, CV, CP, constant-voltage/limit-current, waveform-current and DCIR modes. Protection and test controls include over/under-voltage, over-current, over-temperature and over-capacity protection, data-logger options, ΔV/+ΔV and +ΔI/-ΔI protection, temperature-based power cutoff and charge/discharge/rest programming. Applications include EV battery modules, electric scooters and bikes, UPS, energy-storage and lead-acid batteries, AGVs, heavy vehicles, tools, rail and hybrid/FCEV/HEV systems, backup power, battery characterization, voltage-balance, over/undercharge, reliability, durability, lifetime and burn-in testing. The automotive application-component system uses power supplies and electronic loads to test vehicle and EV wire harnesses, junction boxes, sensors, electronics, lamps, fuses and terminals. It supports high-precision measurement, isolated protection, low-ripple/noise component testing, multi-channel configurations, user-requested self on/off tests and CV, CC, CR and CP load modes. The platform can acquire data during actual-vehicle tests by combining the system with temperature/humidity chambers and vibrators, and it can run on/off, fuse and cycling tests without a PC. Target users include manufacturers of automotive application components, wire harnesses, terminals, electronics, sensors and fuses. Application functions include ECU power/control testing, harness and terminal durability/reliability tests, electronics power/reliability tests, fuse short/durability tests and actual-vehicle component testing. Software functions include per-channel voltage/current settings, acquisition of voltage, current, resistance and waveform data, over-current/short-circuit testing, temperature/humidity control, protection thresholds, per-channel graph/data saving, electronics power tests and load simulation.
Capabilities and products
- high-power programmable switching DC power supplies
- benchtop and rack-mounted low-power programmable DC power supplies
- 8-channel modular programmable DC power supplies
- dual-output DC power supplies for mobile-device testing
- programmable DC electronic loads
- customized 8- to 512-channel battery-cell charge/discharge systems
- regenerative battery module and pack charge/discharge test systems
- battery production-line end-of-line EOL test systems
- battery module and pack lifetime, durability and burn-in testing
- battery module and pack voltage-balance testing
- battery overcharge and undercharge testing
- battery DC internal resistance DCIR test mode
- BMS communication integration for battery test systems
- battery-test integration with explosion-proof temperature/humidity chambers
- 1500V solar-array simulation power supplies
- solar I-V/PV curve and weather simulation
- static/dynamic MPPT efficiency testing to EN50530 and SANDIA
- automated photovoltaic inverter testing
- photovoltaic junction-box fuse and circuit-breaker testing
- energy-storage system ESS battery-pack charge/discharge testing
- electric-vehicle supply equipment EVSE and onboard-charger testing
- automotive DC-DC converter testing
- reliability and insulation testing of industrial and EV motors
- automotive wire-harness durability and reliability testing
- automotive-terminal durability and reliability testing
- automotive-fuse short-circuit and durability testing
- automotive-sensor testing
- automotive junction-box testing
- automotive-lamp testing
- ECU power and control testing
- automotive switch and relay test systems
- load simulation for automotive electronic devices
- integrated temperature/humidity and vibration testing of automotive components
- power-supply units for semiconductor manufacturing lines
- OLED/LED power-driver test systems
- electrical and electronic component test systems
- self-healing machine control systems
- bipolar power supplies for heavy-ion accelerator coil control
- nuclear-power-plant test systems
- multichannel measurement and PLC control integration for accelerator testing
- DC power-supply equipment repair services
- multichannel linear programmable DC power supplies
- production-line test systems for passive components and ICs