Opto 22 SNAP-AIV-4 I/O Module, 5 VDC @ 170 mA, 4 Channels, 10 ms, 1 Megohms, 0 to degC

Opto 22 SNAP-AIV-4 I/O Module, 5 VDC @ 170 mA, 4 Channels, 10 ms, 1 Megohms, 0 to degC - gambar 1

Opto 22 SNAP-AIV-4 I/O Module, 5 VDC @ 170 mA, 4 Channels, 10 ms, 1 Megohms, 0 to degC - gambar 2

Opto 22 SNAP-AIV-4 I/O Module, 5 VDC @ 170 mA, 4 Channels, 10 ms, 1 Megohms, 0 to degC - gambar 3

Opto 22

Opto 22 SNAP-AIV-4 I/O Module, 5 VDC @ 170 mA, 4 Channels, 10 ms, 1 Megohms, 0 to degC

Name: Opto 22 SNAP-AIV-4 I/O Module, 5 VDC @ 170 mA, 4 Channels, 10 ms, 1 Megohms, 0 to degC
Brand: Opto 22
SKU: SKU001763
Price: 12800000 IDR
Availability: BackOrder

(41 ulasan) | SKU: SKU001763

Rp12.800.000

Lihat deskripsi & spesifikasi lengkap

100% Produk Original / OEM
Bergaransi resmi toko
Retur 7 hari untuk barang cacat / salah kirim
Pengemasan aman & rapi

Pre Order — barang akan disiapkan setelah pesanan dikonfirmasi

Deskripsi Produk

Manufacturer Part Number	SNAP-AIV-4
Manufacturer	OPTO 22
Mounting Type	5 Pin I/O Mounting Board
Module Type	Input
Minimum Operating Temperature	0 °C
Maximum Operating Temperature	70 °C
Number of IO Ports	4
Number of Inputs	4
Number of Channels	4
Input Resistance	1 MOhms
Series	SNAP PAC Series
Input Current	170 mA A
Input Type	Analog
Isolation Voltage	1500 V
For Use With	R-Series Controllers, SNAP PAC Brain
Special Features	Optical Isolation, Transformer Isolation
Supply Voltage	5 VDC
Temperature Operating Range	0 to +70 C
Response Time	10 ms
Operating Temperature	0 to 70 °C
Primary Type	I/O
Application	Data Acquisition, Energy Management, Industrial Automation, Monitoring
Input	-10 to 10, -5 to 5 VDC
Standards	UL, CSA, CE Certified
Connection to Host	Backplane

Snap Analog Input Modules, 5 VDC @ 170 mA, 0 to 70 °C
• Rugged packaging ?Convenient pluggable wiring ?Out of range indication ?Accepts upto 14 AWG wireThe SNAP-AIMA module with 2 channels provide an input range of -20mA to +20mA. The four-channel module can be used only with SNAP Ultimate, SNAP Ethernet, and SNAP Simple brains. These modules do not supply loop excitation current. Since all inputs share a common reference, the module must be installed at the beginning or end of a typical 4 to 20mA loop.