Buy Most Demanding UNSPSC 46171619 Parts


Showing 4 of 4

Part No. Manufacturer Description Qty RFQ
D-22D Linear 2.2 in x 0.9 in x 3.8 in, 2-Channel Handheld Transmitter Avl
RFQ
ITIGLB01 Linear 320.000 MHz Glass Break Detector Transmitter for Interlogix Receivers with Transmission Range of 500 Avl
RFQ
DXSR-1504 Linear 10.2 to 14.4V DC or 12 to 16V AC 4-Channel Access Control Receiver; Includes (2) 9-1/2 in Wire Anten Avl
RFQ
DXR-701 Linear 11 to 17V DC or 12 to 16V AC 1-Channel Access Control Receiver; Includes 9 in Wire Lead Avl
RFQ
D-67F Linear 11 to 17V DC or 12 to 16V AC 1-Channel Access Control Receiver; Includes D-67 Wire Lead Avl
RFQ
D-67L Linear 11 to 17V DC or 12 to 16V AC 1-Channel Access Control Receiver; Includes D-67 Wire Lead Avl
RFQ
D-67 Linear 11 to 24V DC or 12 to 16V AC 1-Channel Access Control Receiver; Includes D-67 Wire Lead Avl
RFQ
DX-12 Linear 11 to 24V DC or 12 to 16V AC 1-Channel Access Control Receiver; Includes D/C Avl
RFQ
D-8C Linear 11 to 24V DC or 12 to 16V AC 8-Channel Access Control Receiver; Includes Wire Lead Avl
RFQ
DR Linear 24 Volts AC or DC Power 1-Channel Channel Receiver; Includes Mounting Bracket Avl
RFQ
MCS109950 Linear 12-24 Volts AC or DC Power 1-Channel Gate Receiver Avl
RFQ
ST-23A Linear 304.000 MHz Bill Trap Detector for S1 Format Receivers with Transmission Range of 500 ft Avl
RFQ
DXS-81 Linear 315.000 MHz Bill Trap Detector for DXS Receivers with Transmission Range of 500 ft Avl
RFQ
DXS-80 Linear 315.000 MHz Carbon Monoxide Detector Transmitter for DXS Receivers Avl
RFQ
DX-COKIT Linear 315.000 MHz Carbon Monoxide Detector Transmitter Avl
RFQ
DXS-54 Linear 315.000 MHz Motion Detector Transmitter for DXS Receivers with Transmission Range of 1,500 ft Avl
RFQ
DXS-31 Linear 315.000 MHz Window and Door Detector Transmitter for DXS/DX Receivers with Transmission Range of 1,5 Avl
RFQ
DXT-31 Linear 315.000 MHz Window and Door Detector Transmitter for DX Receivers with Transmission Range of 700 ft Avl
RFQ
PROXPAD Linear Proximity Entry System Avl
RFQ
8801EL-36-24 Adams Rite Rim Device Narrow Avl
RFQ
8802EL-36-12 Adams Rite Rim Device Narrow Avl
RFQ
8801EL-36-12 Adams Rite Rim Device Narrow Avl
RFQ
8802EL-36-24 Adams Rite Rim Device Narrow Avl
RFQ
D-4B Linear 2.2 in x 0.9 in x 3.8 in, 4-Channel Handheld Transmitter Avl
RFQ
DXS-65 Linear 2.5 in x 0.6 in x 3 in Handheld Transmitter Avl
RFQ
DXS-91 Linear 315.000 MHz Glass Break Detector Transmitter for DXS Receivers with Transmission Range of 1,000 ft Avl
RFQ
DXS-73 Linear 315.000 MHz Smoke Detector Transmitter for DXS/DX Receivers Avl
RFQ
ITIFOB01 Linear 1.2 in x 0.4 in x 2.5 in Handheld Transmitter with Transmission Range of 300 ft Avl
RFQ
MCS307010 Linear 1.5 in x 0.6 in x 2 in, 1-Channel Key Ring Transmitter with Transmission Range of 200 ft Avl
RFQ
HHD KIT USB Schlage Electronics 2.8 in x 0.7 in x 5.1 in, 0-Channel Handheld Access Control Device Avl
RFQ
212SE Linear Access Keypad Weatherized, Indoor/Outdoor Surface Mount Weather Resistant Keypad, 4 1/2 in Height Avl
RFQ
STRIKEMASTER DR2 Storm Interface Access Control Keypad, High Impact Polymer, 4 43/64 in Height, 3 59/64 in Width Avl
RFQ
STRIKEMASTER DE1K Storm Interface Access Control Keypad, Keypad, Zinc, 4 43/64 in Height, 3 59/64 in Width, Number of Keys 12 Avl
RFQ
STRIKEMASTER DR2I Storm Interface Illuminated Access Control Keypad, High Impact Polymer, 4 43/64 in Height, 3 59/64 in Width Avl
RFQ
DXPS1W30 Storm Interface Stand Alone Access Control System, Keypad, Steel/Polymer, 8 43/64 in Height, 11 7/32 in Width Avl
RFQ
On - Time Delivery

Guaranteed

On - Time Delivery

User-Friendly Database

Customized &

User-Friendly Database

Manufacturers

Over 5100

Manufacturers

Competitive Prices

Competitive

Prices

Scheduling

Scheduling

Flexibility

Purchasing Solutions

Complete

Purchasing Solutions

Semiconductor's Certifications and Memberships

Thank You for Visiting.

We hope that you will visit us again the next time you need industrial parts and make us your strategic purchasing partner.

Request for Quote

We use cookies to ensure that we give you the best experience on our website. If you continue to use this site we will assume that you are happy with it.