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56-Channel Thermocouple Input Module for OMB-DAQSCAN-2000 Series

Item# OMB-DAQSCAN-2005

56-Channel Thermocouple Input Module for OMB-DAQSCAN-2000 Series 56-Channel Thermocouple Input Module for OMB-DAQSCAN-2000 Series
The OMB-DBK90 module provides 56 channels of high-accuracy thermocouple (TC) inputs. The OMB-DBK90 is ideally suited for high-channel-count TC applications, with a maximum TC capacity of 896 channels per system. For larger channel-count applications, multiple mainframes can be combined for a maximum channel capacity of 3584 channels. Thermocouples attach to the OMB-DBK90 via mini-TC input connectors, and any TC type can be installed into any channel. Each row of 14 TC inputs has a separate cold-junction sensor to ensure accurate readings.

OMB-DBK90 modules are housed in a rugged all-metal package that can be connected to an OMB-DAQSCAN-2000 and rack-mounted with an optional rack-mount kit. When multiple OMB-DBK90’s are mounted together, a male and female P1 connector on either side of the unit provides all system connections so that only a single cable is required back to the A/D mainframe. For distributed applications, such as throughout the cabin of a vehicle, OMB-DBK90 modules can be mounted as separate units. Up to 20' of cable can be used to connect OMB-DBK90 modules.

Each OMB-DBK90 has a built-in auto-zero channel and a CJC channel. The OMB-DBK90 can measure one TC channel in 3 ms, 14 TC channels in 16 ms, and all 56 TC channels in 61 ms. An OMB-DBK90 based system of 896 channels can be measured in 976 ms. This speed is slower than other OMB-DBK modules to ensure that the TC measurements are accurate, low-noise, and stable. Typical measurement accuracies are better than 0.7°C, with channel-to- channel variation typically less than 0.5°C. If OMB-DBK90 measurements are mixed with measurements from other OMB-DBK options, the other measurements can be made at their standard 5 or 10 µs/channel rate.
OMB-DAQSCAN-2005
  • 56 Thermocouple Channels in One Compact and Rugged Enclosure
  • Supports Any Thermocouple Type on Any Channel
  • Very Low Cost per Channel and Very High-Channel Density
  • Attach Up to 16 Units Together for Up to 896 Channels per A/D Mainframe
Number of Digital Inputs/Outputs
Number of Analog Inputs/Outputs
 This item is available for quick shipping
Quantity Price each
1-4 $2,555.00
5-9 $2,427.25
10-24 $2,376.15
25-49 $2,273.95
50-99 $2,222.85
100+ $2,171.75

In stock

Lead Time ( If not in Stock): 7 weeks

Product Specs

  • A/D Converter Type Pomona model 5936-0
  • Accuracy Value Valid for one year at 25°C ambient (see table)
  • Bandwidth 1 kHz
  • Impedance 4 M Ω (differential) in parallel with 400 pF
  • Maximum Ambient Temperature 70 {C} (158 {F})
  • Maximum Ambient Humidity 95% RH non-condensing
  • Minimum Ambient Humidity 0% RH
  • Minimum Ambient Temperature -30 {C} (-22 {F})

The OMB-DBK90 module provides 56 channels of high-accuracy thermocouple (TC) inputs. The OMB-DBK90 is ideally suited for high-channel-count TC applications, with a maximum TC capacity of 896 channels per system. For larger channel-count applications, multiple mainframes can be combined for a maximum channel capacity of 3584 channels. Thermocouples attach to the OMB-DBK90 via mini-TC input connectors, and any TC type can be installed into any channel. Each row of 14 TC inputs has a separate cold-junction sensor to ensure accurate readings.

OMB-DBK90 modules are housed in a rugged all-metal package that can be connected to an OMB-DAQSCAN-2000 and rack-mounted with an optional rack-mount kit. When multiple OMB-DBK90’s are mounted together, a male and female P1 connector on either side of the unit provides all system connections so that only a single cable is required back to the A/D mainframe. For distributed applications, such as throughout the cabin of a vehicle, OMB-DBK90 modules can be mounted as separate units. Up to 20' of cable can be used to connect OMB-DBK90 modules.

Each OMB-DBK90 has a built-in auto-zero channel and a CJC channel. The OMB-DBK90 can measure one TC channel in 3 ms, 14 TC channels in 16 ms, and all 56 TC channels in 61 ms. An OMB-DBK90 based system of 896 channels can be measured in 976 ms. This speed is slower than other OMB-DBK modules to ensure that the TC measurements are accurate, low-noise, and stable. Typical measurement accuracies are better than 0.7°C, with channel-to- channel variation typically less than 0.5°C. If OMB-DBK90 measurements are mixed with measurements from other OMB-DBK options, the other measurements can be made at their standard 5 or 10 µs/channel rate.

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