Data Logger

NR-X100W

50M data*1

SD card (SD/SDHC)*2

100Base-TX (AUTO MDI/MDIX supported) *3, Connection via NR-XW1 wireless LAN unit, IEEE 802.11b/g/n *3, RJ45 connector, Simultaneous USB connection from one PC to up to four units (switchable by ID switch), USB 2.0 High-speed–compliant, USB mini-B connector

FTP client function, FTP server function, SNTP client function

Operation via NR-XCP30 control panel, or via WAVE LOGGER X with PC connection

B port)Unit expansion possible by connecting up to eight NR-XR01 remote units (connected by remote unit cable), Dedicated remote connection connector × 2 (Remote OUT A port

NR-XCP30

240 × 320 dot, 3.5" TFT color LCD

NR-X100W*1

Chinese (Simplified), English, Japanese

1.6 W or less

0 to +40°C 32°F to 104°F, 10 to 85% RH (no condensation)

Approx. 290 g 10.24 oz

NR-C512*1

CAN Ver. 2.0B, High speed: 60 kbps to 1 MbpsSingle wire: 20 to 83.3 kbps, High speed: ISO 11898Single wire: SAE J2411

1 port*2, 9-pin D-sub male

128 messages/port, 512 signals (ch)/port

Maximum sampling cycle: 200 µs

100 mA external power supply required, High speed: 5 V internal supplySingle wire: +6.5 to +18 V

High speed: 120 Ω × 2 (enabled/disabled with DIP switch)Single wire: 9.1 kΩ

NR-CA04 *1

Acceleration measurement unit

channels not insulated from each other; input channels switchable between insulated and not insulated from other units (PC), Charge output sensor input / Single-end input

4 ch*2

Maximum sampling cycle: 10 µs (100 kHz) to 60 s

Delta-sigma method, simultaneous sampling of all channels

24 bit

NR-EN16

CL-3000 Series, DL-EN1 (Connected sensor: GT2 Series, FD-EC Series, FD-EP Series, FD-G Series, FD-H Series, FD-R Series, FD-X Series, FI-1000, FI-T Series)*1;LK-G5000 Series, FL Series, GP-M Series, GT Series, IB Series, IG Series, IL Series, IX Series, LJ-V7000 Series, LJ‑X8000 Series, LR-T Series, LS-9000 Series;Connection of one of the above devices per NR-EN16 allowed, SK Series)*1NQ-EP4L (Connected sensor: FD-Q Series

Automatic identification or manual identification by specifying the IP address

BOOTP/DHCP client supported (compatible with the above connection target devices), Ethernet TCP/UDP communication

1 port*2, Ethernet 100Base-TX (AUTO-MDI/MDIX-compatible)

16 ch max. (varies depending on connected devices)

Maximum sampling cycle: 1 ms (1 kHz) to 60 sWith effective rate display function for communication between connected sensors*3

NR-FV04 *1

Pulse measurement unit

channels insulated from each other, input channels insulated from other units (PC), Insulated single-end input

4 ch *2

Maximum sampling cycle: 1 μs (1 MHz) to 60 s

simultaneous sampling of all channels, Successive approximation

14 bit

NR-HA08 *1

High-speed analog measurement unit

input channels insulated from other units (PC), Single-ended input / Balanced differential input selectionChannels not insulated from each other

Single-end: 8 ch*2 (Differential: 4 ch) / Current: 4 ch*3

Maximum sampling cycle: 1 μs (1 MHz) to 60 s

Successive approximation

14 bit

NR-HA08P *1

input channels insulated from other units (PC), Single-end input / Balanced differential input selectionChannels not insulated from each other

Single-end: 8 ch*2 (Differential: 4 ch) / Current: 4 ch*3

Maximum sampling cycle: 1 μs (1 MHz) to 60 s

Successive approximation

14 bit

250 kHz (−3 dB typ.)

NR-HV04 *1

High-speed, high-voltage measurement unit

channels insulated from each other, input channels insulated from other units (PC), Insulated single-end input

4 ch *2

Maximum sampling cycle: 1 μs (1 MHz) to 60 s

simultaneous sampling of all channels, Successive approximation

14 bit

NR-ST04 *1*2

Strain measurement unit

Balanced differential input, channels not insulated from each other, input channels insulated from other units (PC)

4 ch *3

Maximum sampling cycle: 20 μs (50 kHz) to 60 s

simultaneous sampling of all channels, Successive approximation

16 bit

NR-TH08 *1

High-accuracy temperature/voltage measurement unit

CH inputs insulated from other units (PC), channels insulated from each other, channels not insulated from each other for resistance thermometers, Floating unbalanced input

Input: 8 *2

Fastest sampling cycle: 100 ms (A/D integration time: 2 ms) to 1 h

Delta-sigma method

24 bit

NR-TH08P *1

channels insulated from each other, Floating unbalanced input, inputs insulated from other units (PC)

Input: 8 *2

Fastest sampling cycle of 100 ms (A/D integration time: 2 ms) to 1 h

Delta-sigma method

24 bit

16.7 ms, 2 ms, 20 ms

NR-XHA08T

channels insulated from each other, input channels insulated from the case and other units (system), Insulated single-end input

8*1

Dedicated 3-pin connector

Maximum sampling cycle: 100 μs (10 kHz) to 60 s

Delta-sigma method

24 bits

NR-XR01

Dedicated remote input port × 1 (Remote IN), Output port × 1 (Remote OUT)Connection to NR-X100W master data collection unit or other NR-XR01 remote units using a remote unit cableDaisy-chain connections of multiple remote units allowed*1

Max. 8 units*2

Max. 100 kHz for all acquisition channels*3

±1 μs or less*4

Approx. 2.9 W

0 to +40°C 32°F to 104°F, 10 to 85% RH (no condensation)

NR-XTH08T

channels insulated from each other, input channels insulated from the case and other units (system), Insulated single-end input

8*1

Miniature thermocouple connector (Universal type)

Maximum sampling cycle: 10 ms (100 Hz) to 1 h

Delta-sigma method

24 bits

NR-XU15A

Dedicated lithium-ion battery pack NR-XB1 Series × 2

30% or more remaining: Green, Battery operation: Blue, Less than 30% remaining: Red, No remaining battery: OffIndividual displays for 2 battery slots, With NR-X100W battery power: Green

Number of connected units / Power consumption: 1 With 1 battery: Approx. 340 min., Number of connected units / Power consumption: 1 With 1 battery: Approx. 370 min., Number of connected units / Power consumption: 1 With 1 battery: Approx. 480 min., Number of connected units / Power consumption: 1 With 1 battery: Approx. 510 min., Number of connected units / Power consumption: At 10 W With 1 battery: Approx. 160 min., Number of connected units / Power consumption: At 10 W With 1 battery: Approx. 190 min., With 2 batteries: Approx. 1020 min.Number of connected units / Power consumption: 4 With 1 battery: Approx. 300 min., With 2 batteries: Approx. 140 min.Number of connected units / Power consumption: At 50 W (max. configuration) With 1 battery: Approx. 40 min., With 2 batteries: Approx. 220 min.*1, With 2 batteries: Approx. 320 min.Number of connected units / Power consumption: At 30 W With 1 battery: Approx. 70 min., With 2 batteries: Approx. 380 min.Number of connected units / Power consumption: At 20 W (max. configuration) With 1 battery: Approx. 110 min., With 2 batteries: Approx. 400 min.*1, With 2 batteries: Approx. 520 min.*1*2, With 2 batteries: Approx. 600 min.Number of connected units / Power consumption: 8 With 1 battery: Approx. 200 min., With 2 batteries: Approx. 680 min.Number of connected units / Power consumption: 5 With 1 battery: Approx. 110 min., With 2 batteries: Approx. 740 min.Number of connected units / Power consumption: 6 With 1 battery: Approx. 110 min., With 2 batteries: Approx. 80 min.*1, With 2 batteries: Approx. 960 min.Number of connected units / Power consumption: 4 With 1 battery: Approx. 260 min.

0 to +40°C 32°F to 104°F*3, 10 to 85% RH (no condensation)

Approx. 370 g 13.06 oz (Not including NR-XB1A)

Keyence