TERAPICCO
ULTRAHIGH SPEED STATIC TRANSFER SWITCH
Reliable auto transfer system for redundant power supply
Reliable auto transfer system for redundant power supply
Semiconductors, chemicals, biotechnology, power plants, IT centers, etc. consist of very power sensitive products. TERAPICCO is the only power transfer switch that provides the fastest switch speed in less than 500㎲ for critical products that are not protected by the traditional redundant power transfer switches installed for power protection.
The uninterruptible power transfer switch is a device that receives redundant power to critical and sensitive loads and supplies one of them to the load side. In the event of power failure, it transfers to the normal power to provide stable power supply to the load without power loss.
This product uses the patented high-speed switching technique to transfer the power supply of all loads within 500㎲ quickly and stably in the event of load supply power failure, providing the optimal solution for fields where uninterrupted operation of the load system is essential.
ULTRA HIGH SPEED STATIC TRANSFER SWITCH
This is a switching device that selects the supply of redundant power that is connected to power sensitive and critical loads. If the power supply is unstable it guarantees uninterrupted power supply.
Regardless of the type of load, the system prevents shut down of the load by transferring the power to an uninterruptible speed of less than 500㎲ under synchronous · synchronous, AC · DC conditions. (4 ~ 10ms, ATS 10~100ms)
Real-time analysis of redundant power supplied to the load (power fault analysis : power outage, surge, sag, dip, frequency fluctuation, and high-altitude wave) ensures a stable power supply at all times.
If the input power supply is unstable due to a short circuit accident on the load side, the power transfer switch provides protection from overcurrent and short current and provides stable alternate power to the load without interruption.
This equipment consists of internal redundancy control power and control processors, resulting in excellent reliability and product life span.
This equipment uses a natural convection cooling method rather than the existing fan method, meaning noiseless operation and no maintenance required.
We guarantee the best stability and performance
Accidental power outage
Transient
Noise
Instantaneous power failure
Sag / Swell
Natural factors
Man-made factors
Product defects
Equipment failure
Loss of production opportunity cost
Falling of customer credit
Failure to meet deadline
Supply power to critical loads using preferred power
Power supply problem with preferred power
High possibility of shut down of power-sensitive critical loads
The TERAPICCO detects this and transfers the uninterruptible power supply to alternate power at ultra-fast speed without load shutdown
*transfer time within 500㎲
4~10ms in existing STS
When the preferred power changes to normal, the TERAPICCO returns the load's power supply to the preferred power
* Ultra-fast transition within 500㎲
Shut-down of power sensitive devices !!
In the event of STS issues when applying centralized STS
ULTRA HIGH SPEED SMALL TRANSFER SWITCH
Redundant control power
Redundant control processor
If the input power is unstable due to a short circuit on the load side, it protects TERAPICCO from overcurrent / short current and supplies stable other input power to the load without interruption.
The redundant power supply to the load can be analyzed in real time (power fault analysis that affects the load such as magnitude, power outage, surge, sag, dip, frequency fluctuation, and harmonics etc.) to ensure a stable supply of power at all times.
Instantaneous voltage drop
Instantaneous voltage rise
Transient Voltage
Instantaneous power outage
Harmonic distortion
High frequency noise
Real-time power analysis using ultra-high speed DSP and signal detection algorithm
This equipment uses a natural convection cooling method, meaning noiseless operation and no maintenance required.
| Model Name | I-UHS RMS030 (CB 00 B 12) |
|---|---|
| Type | 1-phase / 2-pole (With Maintenance Switch) |
| Current rating | 30A |
| Voltage rating (Selectable) |
100-240 V~ (110V, 115V, 120V, 220V, 230V, 240V) |
| Frequency | 50/60 Hz |
| Input Synchronization | No practical limit |
| Power factor | No practical limit |
| Overload capacity | 110%_Fault alarm after 1min |
| Short-circuit current | 8000Arms, 0.5 cycle |
| Safe install environment | External Circuit Breaker |
| Transfer type | High Speed Discrete break-before-make |
|---|---|
| Total STS Transfer Time | < Max. 500us (Same to Asynchronous) |
| Transfer Method | Auto / Manual |
| User interface | LED: IN 1, IN 2, SYNC, OUT, FLT, STATUS, COM, Bypass |
| RS-485&Ethernet (Option) | STS operational status check |
| Dimensions (H W D)(mm) | 19 "× 610 × 2U (19 inch rack mount) |
| Weight | 18kg |
| Ambient Operation Temp. | Min -20°C, Max 50°C |
| Cooling | Natural Cooling System (No FAN) |
| Regulatory | KC Registration, IEC 62310-1,2 CE CoC |
| Standard Warranty | 36 months |
| Model Name | I-UHS RS030 (CB 00 B 12) |
|---|---|
| Type | 1-phase / 2-pole (Without maintenance Switch) |
| Current rating | 30A |
| Voltage rating (Selectable) |
100-240 V~ (110V, 115V, 120V, 220V, 230V, 240V) |
| Frequency | 50/60 Hz |
| Input Synchronization | No practical limit |
| Power factor | No practical limit |
| Overload capacity | 110%_Fault alarm after 1min |
| Short-circuit current | 8000Arms, 0.5 cycle |
| Safe install environment | External Circuit Breaker |
| Transfer type | High Speed Discrete break-before-make |
|---|---|
| Total STS Transfer Time | < Max. 500us (Same to Asynchronous) |
| Transfer Method | Auto / Manual |
| User interface | LED: IN 1, IN 2, SYNC, OUT, FLT, STATUS, COM |
| RS-485&Ethernet (Option) | STS operational status check |
| Dimensions (H W D)(mm) | 19” × 546.5 × 2U (19 inch rack mount) |
| Weight | 13kg |
| Ambient Operation Temp. | Min -20°C, Max 50°C |
| Cooling | Natural Cooling System (No FAN) |
| Regulatory | KC Registration, IEC 62310-1,2 CE DoC |
| Standard Warranty | 36 months |
| Model Name | STS-1000 (PC 00 B 12) |
|---|---|
| Type | 1-phase / 2-pole |
| Current rating | 6.5A |
| Voltage rating (Selectable) |
100-240 V~ (110V, 115V, 120V, 220V, 230V, 240V) |
| Frequency | 50/60 Hz |
| Input Synchronization | No practical limit |
| Power factor | No practical limit |
| Overload capacity | 110%_Fault alarm after 1min |
| Short-circuit current | 5000Arms, 0.5 cycle |
| Safe install environment | External Fuse or External Circuit Breaker |
| Transfer type | High Speed Discrete break-before-make |
|---|---|
| Total STS Transfer Time | < Max. 500us (Same to Asynchronous) |
| Transfer Method | Auto / Manual |
| User interface | LED: IN 1, IN 2, SYNC, OUT, FLT, STATUS, COM |
| RS-485&Ethernet (Option) | STS operational status check |
| Dimensions (H W D)(mm) | 127.5 × 190.6 × 289 (H : Button Include) |
| Weight | 4.2kg |
| Ambient Operation Temp. | Min -20°C, Max 50°C |
| Cooling | Natural Cooling System (No FAN) |
| Regulatory | KC Registration, IEC 62310-1,2 CE CoC |
| Standard Warranty | 36 months |
| Model Name | STS-2000 (PC 00 B 12) |
|---|---|
| Type | 1-phase / 2-pole |
| Current rating | 12A |
| Voltage rating (Selectable) |
100-240 V~ (110V, 115V, 120V, 220V, 230V, 240V) |
| Frequency | 50/60 Hz |
| Input Synchronization | No practical limit |
| Power factor | No practical limit |
| Overload capacity | 110%_Fault alarm after 1min |
| Short-circuit current | 5000Arms, 0.5 cycle |
| Safe install environment | External Fuse or External Circuit Breaker |
| Transfer type | High Speed Discrete break-before-make |
|---|---|
| Total STS Transfer Time | < Max. 500us (Same to Asynchronous) |
| Transfer Method | Auto / Manual |
| User interface | LED: IN 1, IN 2, SYNC, OUT, FLT, STATUS, COM |
| RS-485&Ethernet (Option) | STS operational status check |
| Dimensions (H W D)(mm) | 152.5 × 190.6 × 289 (H : Button Include) |
| Weight | 4.3kg |
| Ambient Operation Temp. | Min -20°C, Max 50°C |
| Cooling | Natural Cooling System (No FAN) |
| Regulatory | KC Registration, IEC 62310-1,2 CE CoC |
| Standard Warranty | 36 months |
Maintenance Switch Connection (Same to STS-1000 model)
Operation Guide for Maintenance Switch
From the beginning of its operation, SINA Engineering Co., LTD will continue to grow into a global human enterprise through continuous investment in its development environment and facilities, advanced technology related to new innovations and R&D, while also contributing greatly to national scientific development.
IT
Medical
Semiconductor
Infrastructure
Petrochemical
Commercial B/D
Marine
Power Plant
Bio
Military
2008
09
Established SINA Engineering Co., LTD
2009
03
Selected as the first supplier of Doosan Heavy Industries &Construction Co.,Ltd nuclear control rod control field
2015
01
Established R&D center
2016
11
Registered as a venture company
2018
06
Transferred Headquarters and Factory in Dangjeong-dong,Gunpo-si
2018
07
Two patent applications in Korea related to uninterrupted power transfer systems
2019
02
ISO 9001/14001 Certified
2019
07
OCI Registered as OCI Primary Partner
2019
10
Patent registration for uninterrupted power transfer systems
2020
06
One patent registration for Overcurrent protection power transfer systems
2021
07
CE Certificated of TUV NORD
(IEC EN 62310-1, IEC EN 62310-2)
2021
11
Japan patent registration
(Related to uninterrupted power transfer systems)
2022
10
U.S.A patent registration
(Related to uninterrupted power transfer systems)
2022
12
Innovative products registration for korea Public Procurement Service(PPS) & Certificated
(STS : Static Transfer System/3912110509)
2023
12
Two patent registration related to STS(Static Transfer System)
2023
12
Supplied STS(Static Transfer System) to the Korea Meteorological Administration IT Center
2024
02
Supplied STS(Static Transfer System) to Korea Technology Finance Corporation IT Center
2024
03
Headquarters and factory relocated to Geumjeong-dong, Gunpo-si
2024
06
Korea Tech Market STS product certification(8 public institutions)
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