SLSC-12202

Request for Availability

SLSC-12202, 32 Digital Channels, ±100 V, 787244-01 60 V Digital I/O Module

Rated 4.6/5  |  11 ratings

❮ ❯

Actual item may vary if no part number is provided on quote request.

NI SLSC-12202 60 V Digital I/O Module | Apex Waves | Image
NI SLSC-12202 60 V Digital I/O Module | Apex Waves | Image
SLSC-12202 New
SLSC-12202 Refurbished

✔ 2 Year Warranty Included

✔ Free Domestic Ground Shipping

✔ NIST Calibration Available

Request a Quote

Get Price & Availability for the SLSC-12202

Fast response from an Apex Waves specialist.

Fast Response Avg. 15 min
ISO 9001 Quality 2 Year Warranty
Check Availability Get Current Lead Time

National Instruments SLSC-12202 60 V Digital I/O Module

National Instruments' SLSC-12202 (Part Number: 787244-01) is a 60V digital I/O solution that has 32 bidirectional channels that work with signal levels from cars and aircraft. Numerous applications can benefit from the flexibility afforded by the ability to configure each channel as either an input or an output. The channels can produce up to 150mA of current per channel when configured as outputs, and they can function in sourcing, sinking, or push-pull modes. To further increase its adaptability to various operational requirements, the module also permits the setting of two distinct output thresholds utilizing a maximum of two external reference voltages.

For input configurations, the channels support both sourcing and sinking modes. Furthermore, you can choose up to two distinct logic transition thresholds for each channel, which enables personalized input signal identification. Accurate signal processing for intricate digital systems is ensured by this dual threshold capability. The two banks of 16 channels each on the SLSC-12202 are powered by either of the two Vsup connectors. To further optimize power distribution and channel management, these banks are further separated into two ports, each with eight channels.

Strong protection features on this module guarantee dependable functioning even in challenging circumstances. Hiccup-mode protection guards against short-circuit defects on the digital output channels. The channel-disconnect switch is used by the control logic to disconnect the impacted channel in the event of a short-circuit problem. An automatic effort to re-enable the channel is made after it has been unplugged for one second. The channel keeps running in hiccup protection mode to protect the system if the short-circuit problem doesn't go away.

SLSC-12202 Technical Specifications
ModelSLSC-12202
Part Number(s)787244-01
Part Type60 V Digital I/O Module
Number of Channels32 bidirectional digital channels
Channel ConfigurationPer-channel input/output selection
Output ModesSourcing, sinking, push-pull
Maximum Output Current150 mA per channel
Voltage Range (I/O Protection)Up to ±100 V
Overcurrent Fault Threshold> 150 mA continuous current
External Reference VoltagesUp to two for output thresholds

Associated part numbers for SLSC-12202:

Delivery:

Free FedEx or UPS Ground shipping is offered on domestic orders. Expedited and international options are available; shipping other than domestic ground is customer-paid.

View shipping and delivery policy

All of our products are covered by our Apex Waves Warranty.

✓ 3 Year Warranty - New Surplus Parts

✓ 2 Year Warranty - Refurb / Fully Tested Parts

Eligible returns may be accepted within 30 days at Apex Waves’ discretion. A 25% restocking fee applies; non-refundable and built-to-order products are excluded.

View returns policy or submit a return request.

Payment:

Authorize.net Visa Master Card American Express Truist icon logo Better Business Bureau Dun & Bradstreet

Receive Price & Availability Today!

Ask About Our Tiered Calibration Levels

Option & Modules:

Confirm Your Requirements or Versions

Cost & Lead Time Available Upon Request for Service

Repair Evaluation: $150

Share this page:

Common Typos:

ELSC-12202, SISC-12202, SLSC-1Q202, SLSC-1W202, SLSC-1220E

Why Buy From Apex Waves:

Video thumbnail for Apex Waves Unboxing Experience Video