Description

 

Sku: E12704-4　　Delivery: Stock　　Yokogawa No. VF701　　Yokogawa Control Bus Interface Card.　　Connection Specifications　　Connection method: Connect a coaxial cable with　　Model YCB146, T-type connector　　Transmission: 10BASE-2 compliance　　Connector: BNC connector　　Max. distance: 185 m (When using 10BASE-2 cable　　only)　　PCI Express Specifications　　Applicable revision:　　PCI Express CEM Specification 1.0a　　x1, 2.5 GT/s signaling　　This card can be installed in any of the PCI Express　　slots x1 to x16.　　This card cannot be installed in a PCI slot.　　Voltage　　Power supply voltage: 3.3 V ± 9 %　　Current Consumption　　Max. 2.4 A　　Weight　　Approx. 0.15 kg (T-type connector excluded)　　External Dimensions　　22 (w) 126.5 (H) 193.54 (D) mm　　Regulartory Compliance　　For conforming standards, see “System Overview” (GS　　33Q01B10-31E).　　EMC Standards:　　[CE Marking]　　[C-Tick Marking]

Features　　Various Input / Output functions :

Analog input, digital input/output or pulse input are selectable(Measurement code: A).

ACAI function; from the AC voltage to dedicated accelerometer input, acceleration or velocity can be measured (Measurement code: C).

Connect various sensor to the field wireless network :

This product transmits sensor value acquired from a 4-20 mA analog device (Measurement code: A) or a dedicated accelerometer (Measurement code: C) to the host system via field wireless network.

Installation flexibility :

Cable elimination allows installing a device at locations where it was previously either inaccessible or cost-prohibitive because of cable management and cost.

Small and lightweight housing with LCD :

This product has a small and lightweight housing with a built-in LCD that displays the process data and communication status.

*1: The input channels are non-isolated and share one common ground.

*2: Do not apply a voltage to a DI or PULSE from the outside.

*3: The digital output terminal is configured as open-drain. The voltage and current applied to a digital output terminal should be within the specified range.

*4: Minimum time required to detect an contact becomes off.

: Acceleration mode is used to measure the relatively high frequency vibration. Velocity mode is used to measure the relatively low frequency vibration. Velocity LPF 160 Hz mode is used to measure the near 160 Hz.

*2: Range is due to combination of LN01 Piezoelectric Accelerometer.

*3: The relationship of the measurable frequency and the measurable range due to combination of LN01 Piezoelectric Accelerometer, see Figure1 and 2.

*4: This is an accuracy of only FN510. (Ambient temperature -40 to 85ºC, the entire measurement range).

*5: Measurement accuracy due to combination of LN01 Piezoelectric Accelerometer, see Table 3.

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