EX1000 Series
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OVERVIEW A CC U R AT E . P O W E R F U L . E A S Y TO U S E . The EX1000 family of LXI™ instruments are the most advanced, full-featured data acquisition solutions available on the market today. These scalable, standalone instruments provide superior measurement accuracy and repeatability thanks to fully integrated signal conditioning, advanced cold junction compensation (CJC), and end-to-end self-calibration. The EX1000 family of data acquisition instruments addresses your most demanding distributed measurement applications in one easy-to-use package. F L E X I B L E C H A N N E L C O N F...

EX1000 Series EX1000A • EX1000A-TC/TCDC • EX1016A EX1032A • EX1048A • EX10SC EX10SC HIGHLIGHTS 16-Channel capacity Mix and match transducer types on a per-channel basis CO L D J U N C T I O N CO M P E N S AT I O N The heart of any truly accurate thermocouple measurement system is the CJC implementation. These instruments combine multiple precision thermistors, a significant thermal mass, and careful parts placement to provide world-class measurement performance. Seamless integration with the EX1000A, EX1016A and EX1032A Simplified, reliable The EX10SC modular signal conditioning platform...

EX1000 Series EX1000A • EX1000A-TC/TCDC • EX1016A EX1032A • EX1048A • EX10SC Challenging measurement environments, such as areas with high levels of electrical noise or transient power surges, require unique protection capabilities. The EX10SC signal conditioning platform provides exceptional input protection and isolation across a wide range of operating conditions, protecting valuable instrumentation and ensuring measurement integrity. Simply match the signal characteristics with the appropriate signal conditioning module, make connections with the easy-to-use termination access points,...

Precision, Scalable Measurement Instruments LXI Synchronization Technology Mini-T/C connectivity Open thermocouple indication 19”, 1U configuration Power indication LAN/LXI status LEDs Standard LAN connectivity Digital alarm outputs Precision hardware handshaking NIST field calibration capable EX1048A REAR VIEW Precision voltage and thermocouple D-sub connectivity for voltages Mini-T/C connectivity for thermocouples EX1016A FRONT VIEW Single cable access for up to 16 channels of independent signal conditioning inputs 16-channel signal conditioning chassis Individually configurable per...

CHANNEL TYPES SAMPLING RATE TEMPERATURE RESOLUTION TEMPERATURE ACCURACY See Thermocouple Accuracy table on page 5 TEMPERATURE NOISE, PEAK-TO-PEAK PROGRAMMABLE FILTERS *Note: fluctuations for main voltage to the power supply not exceeding VOLTAGE RESOLUTION VOLTAGE ACCURACY ±(0.025% + 500 μV) with self-cal, ±(0.05% + 1 mV) without self-cal ±(0.025% + 50 μV) with self-cal, ±(0.05% + 100 μV) without self-cal ±(0.025% + 10 μV) with self-cal, ±(0.05% + 20 μV) without self-cal ±(0.025% + 10 μV) with self-cal, ±(0.05% + 20 μV) without self-cal ±(0.050% + 10 μV) with self-cal, ±(0.10% + 20 μV)...

EX1000A/16A/32A/48A/TC/TCDC Specifications L X I S P E C I F I C AT I O N S CLOCK SPECIFICATIONS Clock oscillator accuracy Synchronization accuracy Reports “synchronized” when < ±200 μs of the 1588 master clock Timestamp Accuracy As good as time synchronization down to 50 ns IEEE 1588-BASED TRIGGER TIMING Alarm Trigger time accuracy As good as time synchronization down to 50 ns Time to trigger delay Receive LAN[0-7] Event Trigger time accuracy As good as time synchronization down to 50 ns Time to trigger delay Future timestamp Past/zero timestamp HARDWARE TRIGGER TIMING LXI Trigger Bus Time...

Conditions • 60-minute warm-up • Guaranteed maximum limits are two times (2x) the typical values • 7 days, ±5 °C from last self-calibration • 20 °C to 30 °C, 1 year from full calibration • Exclusive of thermocouple errors • Exclusive of noise • Common mode voltage = 0 Note for K type: 1400 accuracy is for 1372 °C Note for T type: 50

EX10SC Signal Conditioning Module Specifications EX10SC-8B32-02 INPUT RANGE INPUT RESISTANCE Normal Power Off INPUT PROTECTION Continuous Transient CMV, INPUT TO OUTPUT TRANSIENT, INPUT TO OUTPUT CMR (50HZ OR 60HZ) NMR ACCURACY LINEARITY STABILITY Offset Gain NOISE Output BANDWIDTH, –3 dB RESPONSE TIME, 90% SPAN INPUT RANGE LIMITS Input Range Accuracy INPUT RESISTANCE Normal Power Off Overload INPUT PROTECTION Continuous Transient SENSOR EXCITATION CURRENT LEAD RESISTANCE EFFECT CMV, INPUT TO OUTPUT TRANSIENT, INPUT TO OUTPUT CMR (50 OR 60Hz) NMR ACCURACY STABILITY Offset Gain NOISE Output,...

EX10SC Signal Conditioning Module Specifications EX10SC-8B36-04 INPUT RANGE INPUT RESISTANCE Normal Power Off Overload INPUT PROTECTION Continuous Transient SENSOR EXCITATION CURRENT 10 kΩ Sensor LEAD RESISTANCE EFFECT Ω/Ω; 10 kΩ Sensor CMV, INPUT TO OUTPUT TRANSIENT, INPUT TO OUTPUT CMR (50 OR 60Hz) NMR ACCURACY LINEARITY STABILITY Offset Gain NOISE Output, 100 kHz BANDWIDTH, –3 dB RESPONSE TIME, 90% SPAN 50 MΩ 200 kΩ 200 kΩ 240 V AC ANSI/IEEE C37.90.1 0.25 mA; 100 Ω, 500 Ω, 1 kΩ Sensor 0.10 mA; ±0.01 Ω/Ω; 100 Ω, 500 Ω, 1 kΩ Sensor, ±0.02 1500 Vrms max ANSI/IEEE C37.90.1 120 dB 70 dB at 60...

EX10SC Signal Conditioning Module Specifications EX10SC-8B35-04 INPUT RANGE LIMITS –200 °C to +850 °C (100 Ω Pt) INPUT RESISTANCE Normal 50 MΩ Power Off 200 kΩ Overload 200 kΩ INPUT PROTECTION Continuous 240 V AC Transient ANSI/IEEE C37.90.1 SENSOR EXCITATION CURRENT 0.25 mA LEAD RESISTANCE EFFECT ±0.005 °C/Ω CMV, INPUT TO OUTPUT 1500 Vrms max TRANSIENT, INPUT TO OUTPUT ANSI/IEEE C37.90.1 CMR (50 OR 60Hz) 120 dB NMR 70 dB at 60 Hz STABILITY Offset ±20 ppm/°C Gain ±50 ppm/°C NOISE Output, 100 kHz 200 μVrms BANDWIDTH, –3 dB 3 Hz RESPONSE TIME, 90% SPAN 150 ms 100 Ω PT Input Range 0 °C to +600...