Details
freeShipBannerCart
Shipping Location
Enter new zip code to refresh estimated delivery time.
Update
Unrecognized Zip Code
NSI / Leviton WCRMX-I1R Indoor Wireless DMX Receiver
NSI / Leviton WCRMX-I1R Indoor Wireless DMX Receiver
B&H # NSWCRMXI1R MFR # WCRMX-I1R
Show MoreLess
Close
Now Viewing:
Special Order
Expected availability:
7-14 business days
Product Highlights
- Wireless DMX Distribution
- Upgradeable
- 128 Bit Encryption
Reviews 0
Write a review
$0.00 Tax Collected Outside NY and NJ
You Pay: $458.00
NSI / Leviton WCRMX-I1R overview
- 1Description
The Cognitive Radio Multiplexer (CRMX) WCRMX-I1R Indoor Wireless DMX Receiver by NSI/Leviton is the first automated/adaptive wireless technology that was expressly developed for the lighting industry. Transmissions from CRMX wireless devices don't disturb, nor are they disturbed by, various other types of wireless equipment. This fully automated attribute is worth many times its purchase price in peace of mind and freedom from costly downtime. This wireless CRMX single universe DMX receiver supports 1 full DMX universe of up to 512 channels.
- Automated Cognitive Coexistence
- CRMX wireless transmissions never disturb, or are disturbed by, other wireless equipment. This fully automated feature offers unrivaled convenience and peace of mind during operation.
- Synchronization, Error Correction and Low Latency
- Precision timing mechanism guarantees synchronized frame delivery. Advanced algorithms recreate corrupt or lost radio packages. Latency is industry best; below 5ms in multi-universe system.
- Fidelity
- The DMX frame output is identical to the frame input.
- Security
- 128 bit encryption ensures no hacker intrusion.
- Ease of Mounting
- Indoor models offer multiple mounting options to facilitate easy rigging or rack mounting.
- Upgradeable
- Software and firmware easily upgradable.
- Listings
- FCC and ETSI certificates, CE approved, (low voltage supply) UL power supplies available if requested.
- Applications
-
- Wireless DMX distribution
- Theatres
- Houses of worship
- Performing arts centers
- Convention centers
In the Box
NSI / Leviton WCRMX-I1R Indoor Wireless DMX Receiver
Table of Contents
- 1Description
NSI / Leviton WCRMX-I1R specs
| Protocol Support | USITT DMX512 and DMX512-A |
| Conversion | DMX to DALI conversion: No |
| Firmware Upgrade | XLR |
| DMX Interface |
Number of universes supported: 1 Full DMX fidelity and frame integrity: Yes Error correction and packet recovery: Yes Frame synchronization < 0 .01ms End-to-end DMX latency < 5ms Auto sensing of DMX frame rate and frame size: Yes Supported DMX frame rates: 1 - 830Hz Number of DMX channels supported: 0 - 512 Loss of DMX input behavior: DMX driver output will go into high impedance state ESD protected interfaces: Yes W-DMX compatibility: Yes |
| Power |
High voltage input: 85-264V AC/47-70Hz/3W Low Voltage input: 12VDC ± 20%/3W Transient protected power inputs: yes |
| RF Characteristics |
Automated cognitive coexistence: Yes Dynamic adaptive frequency hopping: Yes Recoverable radio packet error rate: 30% Operational frequency range: 2402-2480MHz RF output: 100mW (20dBm) RF modulation: GFSK Sensitivity at 0.1% packet error rate: -96dBm Tested link range using standard antenna in urban area: 500m Recovery time upon loss of signal: Less than 1s |
| Approvals |
FCC: 15.247 & 68 Class B; Canada ICES 003 CE; EN 301 489-1; EN 301 489-17; EN 300-328-1; EN 300-328-2; EN 60 950 |
| Environment |
Operating temperature range (ambient) -4°F - 122°F (-20°C - +50°C) Humidity: 0-90% non-condensing |
| Connectors |
AC power cord, DC power connector, 2dbi RP-TNC antenna DMX connectors: 1 XLR 5-pin gold DC input: Pluggable terminal strip, Phoenix AC input: IEC 320 - C14 male DALI: N/A |
| Supplied Accessories | AC Power Cord, DC Power Connector, 2dbi RP-TNC Antenna |
| Material | Enclosure: White anodized extruded aluminum |
| Dimensions | 4.3 x 1.7 x 6.3" (11 x 4.4 x 16 cm) |
| Weight | 1.54 lb (700g) |
NSI / Leviton WCRMX-I1R Q&A
NSI / Leviton WCRMX-I1R accessories
See any errors on this page?
Let us know.
