NEC San-ei

data acquisition systems ... recorders ...

OMNIACERA1000series


RA1100	RA1200 with built-in printer	RA1300 with high density & high speed built-in printer

Affordable price. We offer the main unit with basic functions at affordable price and make various optional functions to be added on demand.	High-speed chart feed The real-time printing function, which is one of the basic functions of the recorder,features a performance of up to 100 mm/s (RA1300). For data backup, simultaneous data filing is also available.
Necessary functions can be selected. Extended functions (arithmetic operations, FFT analysis, and waveform judgement) and interfaces (RS-232C, GP-IB, and SCSI) are provided as optional functions. You can select the functions according to the measurement conditions.	Color LCD display and easier operation The 10.4-inch TFT color LCD display and touch panel support easier operation.The 10.4-inch TFT color LCD display and touch panel support easier operation.Setup conditions can be changed by simply touching the screen.
Multi-channel support. 16-channel measurement is enabled in this compact unit by the newly developed dual-amp (2 chs./unit).	Long-time data filing Long-time data acquisition (filing) is possible at a sampling speed of 200 s by storing data in the optional built-in MO (640 Mbytes) or PC card. Since the recorded data is in a digital format, data analysis after recording and long-term data management, which were impossible with chart data, can be performed.
Variety of input units. 16-bit high-resolution amps, which support the input of voltage, vibration, strain, and rotation pulses, are provided. In addition a 1µs (1MS/s) sampling speed is available by using a 12-bit high-speed DC amp. Replacement of input units is easier since they feature a plug-in design.	FAX transmission function increases measurement efficiency. Automatic data transmission to a fax machine during data acquisition is possible by connecting the recorder to a modem.

TC/DC amp (AP11-107)
This amp can be used as a thermocouple amp or DC amp. When temperature measurement using a thermocouple amp and voltage measurement using a DC amp are necessary, this amp is useful because no amp replacement is required.Moreover, four types of thermocouples, R, T, J, and K, can be connected and high-speed temperature measurement as fast as 10 µs is possible. This amp contains one channel per unit.

Event amp (AP11-105)
This amp is a logic amplifier that can input eight channels of voltage or contact signals. It is useful for measuring timing or contact signals.
Voltage input: Input voltage 0 to 24 V
H level: 2.5 V or higher
L level: 0.5 V or lower
Contact input:
Open: 2 k or higher
Short: 250 or lower

2-ch AC strain amp (AP11-104)
This amp is a 2-channel amplifier that inputs signals from strain gauges or straingauge based sensors. Due to the AC bridge type, it features high noise resistance(against the noise caused by the line voltage), high stability, and a high resolution of 16 bits. Low-noise measurement is possible for measurement using strain gauges, which do not have any shielded wires.
Auto-balance
Bridge voltage: 5 kHz, 2 V rms
Response frequency: 0 to 2 kHz
Gauge factor adjustment function: 1.9 to 2.2

2-ch DC strain amp (AP11-110)
This amp is a 2-channel amplifier that inputs signals from strain gauges or strain gauge based sensors. Due to the DC bridge type, it features measurement of high-speed strain signals at a high resolution of 16 bits.
Auto-balance
Bridge voltage: 2 VDC, 5 VDC
Response frequency: 0 to 50 kHz

2-ch vibration/RMS amp (AP11-109)
This is a 2-channel amplifier that features a constant-current power supply for amp-embedded sensors, an RMS conversion function, and a band-pass filter.The RMS function in this amp is effective for monitoring the basic frequency level fluctuation in rotation equipment and the fluctuation of the AC power level.For vibration measurement, an amp-embedded charge sensor can be directly connected to this amp unit. For voltage measurement, 500 V (DC or AC peak values)can be directly input. In addition, the band-pass filter offers filtering of necessary frequencies to perform the RMS conversion so that clear waveforms for judgment are available.
Power for sensor: 2 mA/18 V or higher
Voltage measurement range: 100 mV to 500 V
Band-pass filter: -24 dB/oct
A/D: 16 bits

2-ch FFT amp (AP11-102)
This is a 2-channel amplifier that incorporates an anti-aliasing filter required for the FFT processing and the power for an amp-embedded sensor (constant current).The anti-aliasing filter has a dropout feature at -72 dB/1.5 fc so that the aliasing generated in FFT can be eliminated.
Power for sensor: 2 mA/18 V or higher
Voltage measurement range: 100 mV to 500 V
A/D: 16 bits
Fmax: 40 kHz

F/V converter (AP11-108)
This unit offers frequency-to-voltage conversion, which is useful in recording rotation changes and revolutions in rotation equipment.
Input frequency: 10 kHz max.
Response time: 20 ms (Range of 10 kHz)

2-ch high-resolution amp (AP11-101)
This is a DC amp that can record at a high resolution of 16 bits. Channels are isolated from each other and have a withstand voltage for input of 500 V max. (DC or AC peak values). This amp contains two channels per unit.

2-ch high-speed DC amp (AP11-103)
This is a DC amp that can acquire data at a high-speed sampling rate of 1 µs.Channels are isolated from each other and have a withstand voltage for input of 500 V max. (DC or AC peak values). This amp contains two channels per unit.

2-ch TC/DC amp (AP11-106)
This amp can be used as a thermocouple amp or DC amp. When temperature measurement using a thermocouple amp and voltage measurement using a DC amp are necessary, this amp is useful because no amp replacement is required.Moreover, five types of thermocouples, R, T, J, K, and W can be connected and high-speed temperature measurement as fast as 10 µs is possible. Channels are isolated from each other and have an input voltage of 50 V max. (DC or AC peak values). This amp contains two channels per unit.


Flaw Detection in Conveyor Line in Steel Mill	Operation Test of Power Switchboards and Production Facilities
By using the filing function, which operates synchronously with external signals, data can be acquired for a long term. Since the RA1000 Series is small and compact, it does not occupy a large measurement space.	The RA1000 Series is used to measure the operation timing of relays and voltage and current changes in the main power for operation.
Torque Measurement of Engines or Motors	Wide Variety of Tests in Railroad Car
In automobile testing, measurement of revolution, strain, pressure, vibration, torque, temperature, etc is executed. The RA1000 Series incorporates a variety of amplifiers, which can eliminate the need to install separate amplifiers and thus enable operators to perform the tests in a small space. By using the filing function of the RA1000 Series, long-term data storage in external media at a high sampling speed (200 µs max.) is possible.	The RA1000 Series can accept oil pressure, air pressure, and acceleration in its AC strain amp, and save the data in the MO directly. Since the RA1000 Series incorporates strain amplifiers, external amplifiers are not necessary, which makes the measurement system compact. Also, a long-term multi-channel measurement is possible by using the filing function.
Governor Test	Drop Test for Package
The RA1000 Series is used as a recorder for the governor test, in which changing signals such as water pressure, revolution, generator voltage, current, governor, stroke, and pressure regulation stroke are recorded. Since the data saved in the memory can be automatically stored in a PC card, database creation is possible without expending excessive time and effort. After storing the data, you can confirm the data on the monitor, which eliminates errors caused by variations in reading by operators.	A drop test for packages is performed in order to avoid the damage that may occur during delivery of packaged electronic equipment. Generally, packages contain materials for packing to absorb shock. This test measures the impact acceleration to obtain the data that is used for the improvement of materials for packing. There are two types of accelerometers that can be used in the drop test: a piezo-electric type or a strain gauge type. The RA1000 Series supports both types.
Monitoring of Vibration Level of Rotating Machine	Magnus Test
In order to maintain rotating equipment such as motors, gears, bearings, piezo-electric accelerometers are used to check their vibration level.In this case, a band-pass filter that picks up the signals in the vicinity of the frequency of the rotation is used and RMS conversion is performed based on the signals so that the level changes become more visible.Waveform judgment setting is also possible.	A Magnus test is a test to examine the response of a sample of tissue that expands or contracts, such as the blood vessel, enteron, or trachea of a mouse or rat, to the medicine applied to the sample. This test requires a lot of repetition work. The filing and trigger functions of the RA1000 Series provide automatic processing of this work.Moreover, since strain amps can be incorporated, a tension sensor can be directly connected to the main unit,thus eliminating troublesome cabling.In addition, an operator can examine waveforms on the monitor during data acquisition and readout current values calculated by physical conversion.

Basic Specifications

Display Block		10.4-inch TFT color LCD Effective screen area: 211.2 mm x 158.4 mm (640 dots x 480 dots)
Printer Block (RA1200/RA1300)
	Printing method	Thermal printing using a thermal head
	Paper Width	219.5 mm
	Effective Recording Width	1 split (200mmFS) to 16 splits (10mmFS), Number of split and printing width can be changed.
	Channel Discrimination	Prints channel number in the vicinity of the printed waveform The ON/OFF function is available.
Battery Backup		Backup Contents: Main unit settings, Recording conditions Backup time: About 1 month (if fully charged and used under normal temperature)
Storage Devices		A built-in 3.5-inch floppy disk drive (1.25MB/1.44MB) PC card slot (ATA flash memory card, SRAM card) Built-in MO unit (640, 540, 230, and 128MB supported): optional
Interface		RS-232C unit (38400 to 2400 bps): optional GP-IB unit (IEEE488 compliant): optional SCSI unit (50-pin type): optional
Remote Terminal		Start/stop, mark print, and paper feed are available by external signal, synchronous pulse Input, protect input, output of waveform judgement results, and error output
Clock Function		Stability: Daily error within ±35 PPM (at normal temperature)
Operating Environment		Temperature: 0 to 40°C (5 to 40°C when FFD is operating) Humidity: 35 to 80% RH (without condensation) Vibration Resistance: MIL-STD-810E compliant (except when FD or MOis operating)
Power Supply		90 to 132 VAC/180 to 264 VAC (to be specified when ordering) Frequency 47 to 63Hz DC power unit (optional) In use: 11 to 28 VDC(AC power is prioritized)
Power Consumption(Maximum)		RA1100: Approx. 85 VA RA1200: Approx. 180 VA (About 85 VA during stand-by) RA1300: Approx. 350 VA (About 85 VA during stand-by)
Dimensions		Approx. 369.5 (W) x 150.5 (H) x 301(D) mm
Weight		Approx. 6.6kg (RA1100 main unit with four 2-ch high-resolution DC amps) Approx. 7.5kg (RA1200 main unit with four 2-ch high-resolution DC amps) Approx. 7.5 kg (RA1300 main unit with four 2-ch high-resolution DC amps)

Trigger Specifications

Trigger Mode

OR, AND, A*B, WINDOW

Trigger Source

Input Signal, time trigger (starting time, ending time, measurement
interval), manual trigger and external trigger

Trigger Setting

Amps other than event amps

	Trigger Slope	OR, AND.....or
		A*B...orfor each A,B source
		WINDOW...OUT or IN

Level Setting: To be set with physical values (e.g. voltage)

Event Amp

	State Settings:	H, L, or OFF can be set for each input (without trigger slope) When OFF is set, trigger condition is notapplied.
	Trigger Setting:	AND or OR of the state setting conditions of inputs from 1 to 8

Trigger Related Functions

Pre-trigger , trigger pass count, trigger filter, and trigger mark

Other Specifications

Print Functions (RA1200/RA1300)
	Data Information	Measurement mode, year/month/day, Measurement start time, Data No., Trigger conditions (Trigger point, Trigger year/month/day, Trigger time), Sampling speed, Chart speed, Time axis, etc. are printed simultaneously with waveform print). ON/OFF function is available.
	Channel Information	Input unit settings are printed simultaneously. ON/OFF function is available.
	Mark print	In the real-time mode, the mark print is available (M date/time)
	List Print.	Date, time, measurement mode, data No. , record form, chart speed, sampling speed, scale printing, back-light auto-off, auto start, buzzer click, trigger mode, source channel, recording operation, filing setting printout
	Screen Copy Function	Prints hard copies of the contents shown on the screen
	A4 report output	Registers free comments and prints them together with the waveform printing
	Printing Line Width	Sets baseline boldness (1, 2, 3, 4 dots) for each channel
Key Lock Function		Invalidates key input to prevent erroneous operation
Storing and Reading of Settings		Up to four conditions for input unit and main unit settings are stored in the main unit memory
Physical Value Conversion		Physical conversion of input signal, full-scale modification of display
Stand-by Function		When the main unit is restored from blackout or temporary halt, original state is regained.(Except when filing)
Automatic Setup Function		By presetting a floppy disk containing the measurement conditions in FD drive, the conditions are automatically read when turning on the power.
Storing the Screen Image		Stores a screen image in bitmap format into a floppy disk
Help Function		Displays the handling method, cautions, etc.
RS-232C Unit Function
	Remote Control	Controls the main unit from a personal computer via the RS-232C cable.
	FAX Transmission Function	Sends measured waveform by using a FAX modem connected to RS-232C.
GB-IB Unit Function
	Remote Control	Controls the main unit from a personal computer via GB-IB cable.
SCSI Unit Function
		Stores data to MO or PD as external memory devices.

AC Bridge Power Supply Unit (Optional)

Function	Bridge power source for 2-ch AC strain amp
Power Voltage, Carrier Wave	2 Vms, Sine wave 5kHz
Synchronism	Synchronization with other RA1000s using a built-in AC bridge power unit is available.

Memory Mode

Measurement Operation		Once, Repeat, Endless
Memory Capacity		256kW/CH (Max.1 MW/CH optionally possible) *When function operation is used, memory capacity is 1/4 When two channels are used, 2MW/CH is the maximum
Memory Division		1, 2, 4, 8, 16, 32, 64, and 128 divisions
Sampling		1 µs (1 MS/s) to 1 s(1 S/s), User-settableExternal synchronization enabled
Display (Replay Monitor)
	Waveform Display	Display magnification :x5 to x1/1000
	X-Y Display	X-Y display where data of an any channel is shown on the X axis, and other channel on the Y axis. Display step: 1 to 1000 steps
Print (RA1200/RA1300)
	Waveform Print	Print Density: Voltage axis: 8 dots/mm Time axis: 10 dots/mm Copy magnification: x5 to x1/1000
	Alphanumeric Print	Readout Interval : 1 to 1000 steps
	X-Y Print	X–Y print where data of an any channel is shown on the X axis, and other channel on the Y axis. Effective print range : 200 mm x 200 mm Print density : 400 dots (X axis) x 400 dots (Y axis) Display step : 1 to 1000 steps
Memory Filing		Each time data is stored into memory, the data is saved in the memory device in the binary or CSV format.

Real-Time Mode (RA1200/RA1300)

Waveform Printing

Measurement Starting Operation

Starts with the Start key, by the trigger detection, or at set time.
Interval recording available.

Paper Speed

25 mm/s to 1 mm/sec (RA1200), 100 mm/s to 1 mm/min (RA1300),
User settable. External synchronization enabled

Frequency Response

DC to 100 kHz (sampling points: 10 points/cycle), Varies depending on the input units

Printing Density

Voltage axis : 8 dots/mm

Time axis	:RA1200	:10 dots/mm
	:RA1300	:20 dots/mm at 100 mm/s
		:40 dots/mm at 50 mm/s
		:80 dots/mm at 25 mm/s

Printing Length

Continuous or 1 to 1000 division-shot feeding

Alphanumeric Printing

Sampling

1 s to 1 hour, User settable, External synchronization enabled

Printing Length Setting

Continuous or 1 to 1000 data shot feeding

X-Y Printing

Performance

X-Y recording where data of an any channel is shown on the X axis, and
other channel on the Y axis. Continuous recording until stop button is
pressed (pose function available)

Effective Printing Range

200 mm x 200 mm

Printing Density

400 dots (X axis) x 400 dots (Y axis)

Printing Speed

10 ms or more

Backup Filing

Stores the measured data in a memory device in real-time
Recording Speed: Synchronized with paper speed

Transient Mode

Transient Recording (RA1200/RA1300)
	Function	Normally operates in the real-time mode. When trigger is detected, the mode is switched to the memory mode.
	Real-time Section	In conformance with the waveform printing in the real-time mode
	Memory Section	In conformance with data storage and printing in the memory mode
Transient Filing
	Function	Normally operates in backup filing, data is saved in a memory when trigger is detected, and when measurement finishes, the memory data is saved.
	Real-Time Section	In conformance with backup filing in the real-time mode
	Memory Section	In conformance with memory filing in the memory mode

Filing Mode

Data Recording

Function

Stores the measured data real-time to a memory device (Real time filing)

Recording Speed

200 µs to 60 s. Maximum recording speed varies depending on number
of channels and recording device. User settable External synchronization ennobled

Recording Method

Select normal or ring
Ring recording is possible (Repeated recording during set time)

Waveform Printing (RA1200/RA1300)

Function

Prints the waveform of input signal

Paper Speed

25 mm/s to 1 mm/m (RA1200), 100 mm/s to 1mm/m (RA1300) User
Settable External synchronization enabled

Frequency Response

DC to 100 kHz (sampling point: 10 points/cycle), Varies depending on
the input units

Printing Density

Voltage axis : 8 dots/mm

Time axis	:RA1200	:10 dots/mm
	:RA1300	:20 dots/mm at 100 mm/s
		:40 dots/mm at 50 mm/s
		:80 dots/mm at 25 mm/s

FFT Unit (Optional)

1 Signal Analysis		Linear spectrum, power spectrum, RMS spectrum, power spectrum density, and octave analysis (1/1, 1/3)
2 Signals Analysis		Transfer function, coherence function, and cross-power spectrum
Window Function		Rectangular, hanning, hamming, exponential, force
Addition Processing		Simple additional average (time axis), simple additional average (frequency axis), exponential weighted average (frequency axis), and peak hold
Analysis Frequency		400kHz, 200kHz, 80kHz, 40kHz, 20kHz, 10kHz, 5kHz, 2kHz, 1kHz, 500Hz, 200Hz, 100Hz, 50Hz, 20Hz, and 10Hz
Resolution		400 (1000), 800 (2000), 1600 (4000) Numbers in parentheses indicates the number of sampling points.

Arithmetic Operation Unit (Optional)

Sectional Statistical Operation		Maximum value, minimum value, P-P value, average value, area, effective value, standard deviation, rising time, falling time
Function Operation		Four-function calculation, absolute value, differential, integration, secondary differential, double integration, square root, exponential, common logarithm, moving average, and trigonometric functions (sin, cos,tan, asin, acos, atan)

Waveform Judgment Unit (Optional)

Function		Measures waveform of input signals of eight channels, and outputs the results of waveform judgement
Targets of Outputting Results		Print on paper, FAX, data storage, or remote terminal output

2-CH High Resolution Amp (AP11-101)

Input		2channels/unit, isolated unbalanced input, isolated BNC connector
Input coupling		AC and DC coupling
Input impedance		1Mor higher
Measurement range		0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100, 200, and 500 V
Range accuracy		Within 0.3% FS (Within 0.8% FS at 500 V)
Offset accuracy		Within 0.3% FS (at 25°C)
Linearity		Within 0.1% FS
Allowable input voltage		Range of 10 V to 500 V: 500 V max. (AC or DC peak values) Range of 0.1 V to 5 V: 100 V max. (AC or DC peak values)
CMV		Unit only: 43 V (AC or DC peak values)When using isolated BNC cable (optional): 300 VAC
Frequency response		At DC coupling: DC to 50 kHz (+0.5, -3 dB) At AC coupling: 0.3 to 50 kHz (+0.5, -3 dB)
Low-pass filter		Bessel type (attenuation factor: -12 dB/OCT) 30, 300, 3 kHz, and OFF (+0.5, -3 dB)
A/D converter		16 bits, 100 kHz max. (two channel simultaneous sampling)
Temperature stability		Zero point: Within 0.03% FS/°C Gain (range): Within 0.01% FS/°C
Weight		230 g

2-CH High Speed Amp (AP11-103)

Input		2channels/unit, isolated unbalanced input, isolated BNC connector
Input coupling		AC and DC coupling
Input impedance		1Mor higher
Measurement range		0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100, 200, and 500 V
Range accuracy		Within 0.5% FS (Within 0.8% FS at 500 V)
Offset accuracy		Within 0.5% FS (at 25°C)
Linearity		Within 0.2% FS
Allowable input voltage		Range of 10 V to 500 V: 500 V max. (AC or DC peak values) Range of 0.1 V to 5 V: 100 V max. (AC or DC peak values)
CMV		Unit only: 43 V (AC or DC peak values)When using isolated BNC cable (optional): 300 VAC
Frequency response		At DC coupling: DC to 400 kHz (+0.5, -3 dB) At AC coupling: 0.3 to 400 kHz (+0.5, -3 dB)
Low-pass filter		Bessel type (attenuation factor: -12 dB/OCT) 50, 500, 5 kHz, and OFF (+0.5, -3 dB)
A/D converter		12 bits, 1 MHz max. (two channel simultaneous sampling)
Temperature stability		Zero point: Within 0.03% FS/°C Gain (range): Within 0.01% FS/°C
Weight		240 g

2-CH TC/DC Amp (AP11-106)

Input		2channels/unit, isolated unbalanced input, terminal block 4
Input coupling		DC coupling
Input impedance		10Mor higher
Thermocouple		R, T, J, K, and W
Measurement range		R: 0 to 1600°C T: -200 to 400°C J: -200 to 1000°C K: -200 to 1350°C W: 0 to 2300°C
Voltage measurement range		100, 200, 500 mV, 1, 2, 5, 10, 20 and 50 V FS
Range accuracy		Temperature: Within 0.5% FS (Within 1% FS at 0°C or lower) Voltage: Within 0.5% FS
Cold junction compensation		Internal/external switchable Accuracy: Within 2°C (Within 1°C at stable temperature of 20°C at input terminal)
Linearity		Within 0.1% FS
Allowable input voltage		50 V (AC or DC peak values)
CMV		43 V (AC or DC peak values)
Frequency response		DC to 40 kHz (+0.5, -3 dB)
Low-pass filter		Bessel type (attenuation factor: -18 dB/OCT) 1, 30, 500, 5 kHz, and OFF (+0.5, -3 dB)
A/D converter		15 bits, 100 kHz max. (two channel simultaneous sampling)
Temperature stability		Accuracy: 0.04% FS/°C (When used as temperature amp) Zero point: Within 0.03% FS/°C (When used as DC amp) Gain (range): Within 0.01% FS/°C
Weight		240 g

TC/DC Amp (AP11-107)

Input		1 channel/unit, isolated unbalanced input, 2 binding posts
Input coupling		DC coupling
Input impedance		10M or higher (1M at 5, 10, 20, 50 V FS in DC amp)
Thermocouple		R, T, J, K
Measurement range		R: 0 to 800°C at 800°C FS and 0 to 1600°C at 1600°C FS T: -200 to 200°C at 200°C FS and -200 to 400°C at 400°CFS J: -200 to 200°C at 200°C FS and -200 to 1000°C at 1000°C K: -200 to 200°C at 200°C FS and -200 to 1200°C at 1200°C
Voltage measurement range		10, 20, 50, 100, 200, 500 mV, 1, 2, 5, 10, 20, and 50 V FS
Range accuracy		Temperature: Within 0.5% FS (Within 1% FS at 0°C or lower) Voltage: Within 0.5% FS
Linearity		Within 0.1% FS
Allowable input voltage		50 V (AC or DC peak values)
CMV		300V (AC or DC peak values)
Frequency response		DC to 40 kHz (+0.5, -3 dB)
Low-pass filter		Bessel type (attenuation factor: -18 dB/OCT) 1, 30, 500, 5 kHz, and OFF (+0.5, -3 dB)
Reference junction compensation		Internal/external switchable
A/D converter		14 bits, 100 kHz max.
Weight		200 g

Event Amp (AP11-105)

Number of channels

8 channels/unit

Input signal

Sets voltage or contact for each channel
Voltage input: Input voltage range 0 to +24 V

Detection level	H level...2.5 V or higher
	L level...0.5 V or lower
Contact input:	Close...250 or lower
	Open...2 kor higher

Response time

1µs or faster (Input level should be +5 V or higher.)

Input connector

Round DIN connector 8P...2 pcs.
Event amp side: XT2B-0800(Conformed to DIN45326)

Weight

100 g

2-CH AC Strain Amp (AP11-104)

Number of channels		2 channels/unit, isolated balanced input, NDIS connector
Applicable gauge resistance		120to 1k
Bridge power supply		Sine wave 2 Vrms, 5 kHz (Bridge power supply is supplied separately.)
Gauge factor		1.9 to 2.2
Range of balance		Resistance: 2% (10000 µ)or lower Capacitance: 2000 pF or lower
Balance method		Resistance: Auto-balance Capacitance: Auto-balance (500 pF or lower, eliminating constantly) Balance time: Within 1s at 1 ch Within 0.5%Fs Remained voltage accuracy
Maximum sensitivity		Over full-scale at 500 µ(at 2 V or higher bridge voltage)
Measurement range		1, 2, 5, 10, 20 kµFS
Internal calibrator and accuracy		0.5 k, 1 k, 2 k, 3 k, 5 kµAccuracy: Within 0.5% FS
Linearity		0.2% FS
CMV		300 VAC
Frequency response		DC to 2 kHz (+0.5, -3dB)
Low-pass filter		Butterworth type (attenuation factor: -12 dB/OCT) 10, 30 , 100, 300 Hz, and OFF (+0.5, -3 dB)
A/D converter		16 bits, 100 kHz max.
Temperature stability		Zero point: Within 0.05% FS/°C Gain (range): Within 0.05% FS/°C
Weight		285 g

2-CH DC Strain Amp (AP11-110)

Number of channels		2 channels/unit, isolated balanced input, NDIS connector
Input coupling		DC
Input impedance		10M+10Mor higher
Bridge power supply		2 V and 5 V
Applicable gauge resistance		120 to 2 k (at BV = 2V),350 to 2k (at BV=5 V)
Gauge factor		2
Range of balance		2% (15000 µor lower
Balance method		Resistance: Auto-balance Balance time: 0.5 sec max. at 1ch Remained voltage accuracy: Within 0.3% FS
Measurement range		2, 5, 10, 20, 50 kµFS (at BV = 2 V) 0.8, 2, 4, 8, 20 kµFS (BV = 5 V)
Voltage measurement range		2, 5, 10, 20, 50 mV FS
Range accuracy		Within 0.3% FS
Linearity		0.1% FS
Allowable input voltage		8 V (DC or AC peak values)
Frequency response		DC to 50 kHz (+0.5, -3dB)
Low-pass filter		Bessel type (attenuation factor: -12 dB/OCT) 10, 30, 300 Hz, 1 kHz, and OFF (+0.5, -3 dB)
Temperature stability		Zero point: Within 0.1% FS/°C Gain (range): Within 0.01% FS/°C
CMV		300 VAC
A/D converter		16 bits, 100 kHz max
Weight		240 g

2-CH Vibration/RMS Amp (AP11-109)

Input		2 channels/unit, isolated unbalanced input, isolated BNC connector
Input coupling		AC and DC
Input impedance		10 Mor higher
Power supply for sensor		2 mA, 18 V or higher
Measurement range		0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100, 200, 500 V
Range accuracy		DC amp range: Within 0.3% FS (Within 0.8% FS at 500 V) RMS amp range: Within 2% FS (at DC and 40 Hz to 20 kHz)
Linearity		Within 0.1% FS
Crest factor		2.8 max. (RMS amp)
CMV		Unit only: 42 V (DC or AC peak values) When isolated BNC cable (optional) is used: 300 V AC
Frequency response		DC coupling: DC to 50 kHz (+1, -3 dB) AC coupling: 1 to 50 kHz (+1, -3 dB)
Low-pass filter		Butterworth type (attenuation factor: -24 dB/OCT) 30, 100, 300 Hz, 1 kHz, and OFF
High-pass filter		Butterworth type (attenuation factor: -24 dB/OCT) 10, 30, 100 Hz, and OFF
A/D converter		16 bits, 100 kHz max.
Temperature stability		Zero point: Within 0.02% FS/°C Gain (range): Within 0.01% FS/°C
Weight		270 g

2-CH FFT Amp (AP11-102)

Input		2 channels/unit, isolated unbalanced input, isolated BNC connector
Input coupling		AC and DC (only AC coupling when amp-embedded charge accelerometer is used)
Input impedance		1 Mor higher
Power supply for sensor		2 mA, 18 V or higher
Measurement range		0.1, 0.2, 0.5, 1, 2, 5, 10, 20, 50, 100, 200, 500 V
Range accuracy		Within 0.3% FS (Within 0.8% FS at 500 V)
Linearity		Within 0.1% FS
Maximum input voltage		500 V (DC or AC peak values) (30 V at AC coupling of 0.1 to 5 V)
CMV		Unit only: 42 V (DC or AC peak values) When isolated BNC cable (optional) is used: 300 V AC
Frequency response		DC coupling: DC to 50 kHz (+0.5, -3 dB) AC coupling: 0.3 to 50 kHz (+0.5, -3 dB)
Low-pass filter		Bessel type (attenuation factor: -24 dB/OCT) 30, 300 Hz, 3 kHz, and OFF (+0.5, -3 dB)
Anti-aliasing filter		20, 40, 80, 200, 400, 800 Hz, 2, 4, 8, 20, and 40 kHz Drop characteristic: -72 dB typ. at 1.5 x fc
Offset accuracy		Within 0.3% FS (at 25 °C)
A/D converter		16 bits, 100 kHz max.
Temperature stability		Zero point: Within 0.02% FS/°C Gain (range): Within 0.01% FS/°C
Weight		240 g

F/V Converter (AP11-108)

Input		1 channel/unit, isolated unbalanced input, isolated BNC connector
Input coupling		AC and DC
Input impedance		100 M or higher
Input frequency range		1 Hz to 10 kHz (Pulse width: 20 µs or longer)
Measurement range		0.1, 0.2, 0.5, 1, 2, 5, 10 kHz FS
Range accuracy		Within 0.5% FS (Within 0.8% FS at 500 V)
Linearity		Within 0.3% FS
Trigger level		Selectable from 0 V and 2.5 V
Allowable input voltage		100 V (AC or DC peak values)
CMV		Unit only: 42 V (AC or DC peak values) Between isolated BNC and safety terminal (optional): 300 VAC
Response time		Approx. 20 ms (at the range of 10 kHz)
A/D converter		16 bits, 100 kHz max.
Temperature stability		Zero point: Within 0.03% FS/°C Gain (range): Within 0.02% FS/°C
Weight		240 g

Charge Converter (AP11-901)

Gain		1.0 mV/pC ±5%
Max. input charge		5000 pC
Frequency range		Approx. 1.6 Hz to 50 kHz
Max. output voltage		5 Vp-p or lower
Drive voltage		12 to 25 VDC
Drive current		0.5 to 5.0 mA
Rated noise		20 µVrms or lower
Phase		180°(Inverted input is output.)
Operating temperature		-20 to 80°C
Connector		Input: Miniature connector (10-32) Output: Male BNC terminal
Weight		20 g

Charge Converter (AP11-902)

Gain		1.0 mV/pC ±5%
Max. input charge		5000 pC
Frequency range		Approx. 1.6 Hz to 50 kHz
Max. output voltage		5 Vp-p or lower
Drive voltage		12 to 25 VDC
Drive current		0.5 to 5.0 mA
Rated noise		20 µVrms or lower
Phase		180°(Inverted input is output.)
Operating temperature		-20 to 80°C
Connector		Input: Miniature connector (10-32) Output: Male BNC terminal
Weight		65 g

Charge Converter (AP11-903)

Gain		1.0 mV/pC ±5%
Max. input charge		50000 pC
Frequency range		Approx. 1.6 Hz to 50 kHz
Max. output voltage		5 Vp-p or lower
Drive voltage		12 to 25 VDC
Drive current		0.5 to 5.0 mA
Rated noise		20 µVrms or lower
Phase		180°(Inverted input is output.)
Operating temperature		-20 to 80°C
Connector		Input: Miniature connector (10-32) Output: Male BNC terminal
Weight		65 g

	Name	Model	Rating
Main unit	Omniace II	RA1100	Data acquisition system without printer
		RA1200	Data acquisition system with printer, paper speed: 25 mm/s max.
		RA1300	Data acquisition system with printer, paper speed: 100 mm/s max.

Standard accessories

AC power cable x 1, Recording paper x 1 (RA1200/1300), Paper holder x 1 (RA1200/1300), Slot cover plate for input and interface units x 1 set, and user's manual x 1 set

OMNIACERA2300

RA2300

Simple“Pen-recorder”Mode Visualized amp.setting-display & touch panel provide simple operation like Pen-Recorder.	Dynamic wave form in Wide Display 12.1 inches TFT color display improves visibility of measuring data
Direct input from Sensors 11 types of input amp. are available for Voltage, Strain, Temp, Vibration,Pressure, F/V and other signal input.	Large size HDD like 120days-recording Built-in large capacity 40GB HDD enables 120 days-recording (based on sampling speed 10ms, 16ch)
High-speed thermal printing Chart speed 100mm/s (recording density : 20 dots/mm) to 1mm/min (recording density 80 dots/mm) is selectable.	16 ch Analog + 16 ch Digital Max. 16ch signal inputs (8 slots) are prepared or various sensors. And 16ch Digital are available separately from these input slots at option, for measurement of diverse signal-timing and contact-condition.
Standard LAN and USB I/F LAN (100BASE-T) for data communication, and USB (1.1) for connecting to external storage device are equipped as standard I/F.
Select most suitable measurement mode for your application 5 measurement modes are available, such as Pen-Recorder like pen-writing recording, HD-Recorder for long term recording.Each measurement mode is dedicated for each application. OMNIACE III RA2300 offers simple and certain operation for exact data acquisition.


Flaw Detection in Conveyor Line in Steel Mill	Operation Test of Power Switchboards and Production Facilities
By using the filing function, which operates synchronously with external signals, data can be acquired for a long term. Since the RA1000 Series is small and compact, it does not occupy a large measurement space.	The RA1000 Series is used to measure the operation timing of relays and voltage and current changes in the main power for operation.
Torque Measurement of Engines or Motors	Wide Variety of Tests in Railroad Car
In automobile testing, measurement of revolution, strain, pressure, vibration, torque, temperature, etc is executed. The RA1000 Series incorporates a variety of amplifiers, which can eliminate the need to install separate amplifiers and thus enable operators to perform the tests in a small space. By using the filing function of the RA1000 Series, long-term data storage in external media at a high sampling speed (200 µs max.) is possible.	The RA1000 Series can accept oil pressure, air pressure, and acceleration in its AC strain amp, and save the data in the MO directly. Since the RA1000 Series incorporates strain amplifiers, external amplifiers are not necessary, which makes the measurement system compact. Also, a long-term multi-channel measurement is possible by using the filing function.
Governor Test	Drop Test for Package
The RA1000 Series is used as a recorder for the governor test, in which changing signals such as water pressure, revolution, generator voltage, current, governor, stroke, and pressure regulation stroke are recorded. Since the data saved in the memory can be automatically stored in a PC card, database creation is possible without expending excessive time and effort. After storing the data, you can confirm the data on the monitor, which eliminates errors caused by variations in reading by operators.	A drop test for packages is performed in order to avoid the damage that may occur during delivery of packaged electronic equipment. Generally, packages contain materials for packing to absorb shock. This test measures the impact acceleration to obtain the data that is used for the improvement of materials for packing. There are two types of accelerometers that can be used in the drop test: a piezo-electric type or a strain gauge type. The RA1000 Series supports both types.
Monitoring of Vibration Level of Rotating Machine	Magnus Test
In order to maintain rotating equipment such as motors, gears, bearings, piezo-electric accelerometers are used to check their vibration level.In this case, a band-pass filter that picks up the signals in the vicinity of the frequency of the rotation is used and RMS conversion is performed based on the signals so that the level changes become more visible.Waveform judgment setting is also possible.	A Magnus test is a test to examine the response of a sample of tissue that expands or contracts, such as the blood vessel, enteron, or trachea of a mouse or rat, to the medicine applied to the sample. This test requires a lot of repetition work. The filing and trigger functions of the RA1000 Series provide automatic processing of this work.Moreover, since strain amps can be incorporated, a tension sensor can be directly connected to the main unit,thus eliminating troublesome cabling.In addition, an operator can examine waveforms on the monitor during data acquisition and readout current values calculated by physical conversion.