Choose the options that meet your application needs:
|
Input Voltage Rating:
Adaptable voltage spreads allows options for voltage range.
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|
Option
|
Rating
|
|
1
|
100 - 120 V (CSR06I only)
|
|
2
|
200 - 240 V
|
|
4
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400 - 480 V (CSR07I and CSR10I only)
|
|
Example: For 240 V in, specify CSR10I-2XXXXX
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|
Output Voltage Rating:
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|
1
|
120 V 3 - 120/240 V Split Phase
|
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2
|
240 V
|
|
Example: For 120/240 V Split Phase output, specify CSR10I-X3XXXX
|
|
Tap Setting:
Indicates which tap is configured at the factory - match to input breaker option.
|
|
Option
|
Rating
|
|
Option
|
Rating
|
|
A
|
200 V
|
H*
|
440 V
|
|
B
|
208 V
|
J*
|
460 V
|
|
C
|
220 V
|
K*
|
480 V
|
|
D
|
230 V
|
W**
|
100 V
|
|
E
|
240 V
|
Y**
|
108 V
|
|
F*
|
400 V
|
Z**
|
120 V
|
|
G*
|
415 V
|
|
|
|
* CSR07I and CSR10I only **CSR06I only
|
|
Example: For 200 V input tap, specify CSR10I-XXAXXX
|
|
Emergency Mains Off:
Allows the ONEAC power conditioner to interrupt power to the transformer utilizing input circuit breaker Accessories.
|
|
Option
|
Rating
|
|
X
|
no mains off
|
|
F
|
fail-safe EMO, SEMI-S2 compliant
|
|
K
|
fail-safe EMO, SEMI-S2 and SEMI-F47 compliant, auxiliary low voltage control output
|
|
T
|
fail-safe EMO, SEMI-S2 compliant, auxiliary low-voltage control output
|
|
Example: For fail-safe EMO, SEMI-S2 compliant, specify CSR10I-XXXFXX
|
|
Output Distribution & Convenience Circuits:
Various protected convenience receptacle options allow access to power.
|
|
Option
|
Rating
|
|
0
|
no convenience outlets
|
|
1
|
standard configuration (1) three gang IEC 320
|
|
2
|
(1) twist lock receptacle, (2) NEMA duplex receptacles
|
|
3 - 9
|
Alternate configurations of IEC 320, IEC 309, or NEMA twist (Call Powercom for options.)
|
|
Example: For standard configuration, specify CSR10I-XXXX1X
|
|
Performance Characteristics:
CSR power conditioners may be specified with LED indicator panels or other special request features.
|
|
Option
|
Rating
|
|
0
|
no LED indicators or special option
|
|
1
|
standard LED indicators, input and output power applied
|
|
Example: For standard LED indicators, specify CSR10I-XXXXX1
|
|
Additional Performance Characteristics:
|
|
Option
|
Rating
|
|
Frequency:
|
50/60Hz
|
|
Load Regulation:
|
±2%
|
|
Load Regulation Response Time:
|
< 2 msec for a 50% change in load
|
|
Surge Voltage Withstand Capability:
|
ANSI/IEEE C62.41 Category A&B, 6 kV/200 & 500 Amp, 100 kHz ringwave, 6 kV/3000 A, impulse waveform
|
|
Surge and Noise Rejection-Isolation:
|
With unit under power, and ANSI/IEEE C62.41
Category A pulse applied either normal mode (L-N) or common mode (N-G) at the input, the noise output voltage will be less than 10V normal mode and less than 0.5V common mode in all four quadrants using a Keytek 711A/J (or equivalent) surge generator and a low-voltage, high sensitivity probe.
|
|
Overload Capability:
|
All units will typically tolerate 10 times rated output for 0.5 cycle, 5.5 times rated output for 1 second, and 3.5 times rated output for 5 seconds without degradation.
|
|
Cooling:
|
convection
|
Semiconductor-based systems need clean power
Computers, medical instrumentation, telecommunications and
manufacturing systems all rely on semiconductors. Semiconductors
perform by processing electric signals of less than a few
volts each and transient voltage disturbances can confuse that
process. Data may be lost or corrupted. Instructions garbled.
Processes stop. Systems need to be reset. Worse,
electrical overstress can destroy or degrade semiconductor material.
The results are increasingly unreliable operation or seemingly
random, sudden failures.
ONEAC’s unique solution
ONEAC power conditioners assure reliable electronic
performance by isolating semiconductors from the outside
electrical worlds they connect to. They differ from surge
suppressors in that they limit not only unit peak voltage
(amplitude), but also edge-speed (frequency) of electrical
transients. ONEAC’s low impedance transformer and Virtual
Kelvin Ground® remove the full spectrum of conducted power
line noise in all modes. More, they convert a noisy safety ground
to a noise-free signal ground. It’s an approach that has proven
uniquely effective against all conducted electrical disturbances.
For increased productivity
By any technical measure — surge voltage let-through,
frequency control, stability, predictability, load responsiveness,
durability, reliability — ONEAC power conditioners meet a far
higher performance standard than conventional protection
products. That translates into more reliable performance from
the systems they protect. Field tests confirm it. Those who use
ONEAC power conditioners in place of surge suppressor-based
products, with or in place of a dedicated IG circuit, dramatically
reduce system crashes, unexplained system errors and other
“soft” failures as well as hardware failures. So they enjoy
increased uptime and fewer service calls.
Robust design, proven durability
Designed and manufactured under ISO 9001 quality procedures,
ONEAC power conditioners have no parts that wear out. They
last far longer than surge suppressors. And are highly
reliable, even in harsh electrical environments. Their exceptionally
high mean time between failures (MTBF) backs that up. So do
we with a complete 5-year warranty. Plus our willingness and
ability to engineer site-specific protection schemes that eliminate
your power problems entirely.
See Brochure in "PDF DOWNLOADS"
Universal
Not Rated for Medical Use