Toshiba IK-HR1D 用户手册

Items to be checked

Symptom

No picture

䍃 Is power supplied correctly?

䍃 Is the lens iris adjusted correctly?

䍃 Are the camera and video cables connected correctly?

䍃 Is the shutter mode set correctly?

Is I/P mode set correctly?

䍃

Is the monitor on, and in working condition?

Poor color

䍃 Is the monitor adjusted correctly?

䍃 Is the white balance of the camera adjusted correctly?

(in modes other than automatic tracking)

䍃 Is the matrix color correction set correctly?

䍃 Is the illumination sufficient?

8. BEFORE MAKING SERVICE CALL

Power supply

12V DC

㫧10% (The maximum voltage must not exceed 16V DC.)

Power consumption

Approx. 4.2 W

Image sensor

1/3 inch color CMOS sensor (Rolling shutter)

Output pixels

Horizontal : 1920, Vertical : 1080

Scanning system

Progressive

Signal system

1080/59.94i, 1080/59.94p

Scan frequency

Horizontal : 67.43 kHz, Vertical : 59.94 Hz

Sync system

Internal

Sensitivity

F 4 standard (2000 lx, 3000K)

Minimum illumination

16 lx standard (50 IRE, F1.4, gain

㧗12 dB,

gamma setting ON (setting value 0), 3000 K)

SN ratio

54 dB standard (gain 0 dB Y-conversion*)

Lens mount

C mount

Operating temperature

(32

㫦

㫦F)

to 40

F to 104

㷄

Operating humidity

Less than 90% (non condensing)

Weight

Approx. 146 g (0.322 lbs)

External dimension

44(W) × 44(H) × 78(D) mm (1.73”(W)

㬍㩷1.73”(H) 㬍㩷3.07”(D) )

Scene file

A, B, C, D, E

White balance

ATW

䋨Automatic tracing white balance䋩, AWB䋨Automatic white balance䋩,

MANUAL

䋨Manual䋩

Gain

MANUAL (Manual), OFF (0 dB)

Output signal

DVI-I (Digital RGB, Analog RGB) DVI-I terminal

Sync signal output

H SYNC : 5 V + 0.5 V / -1.0 V (Positive polarity) DVI-I terminal
V SYNC : 5 V + 0.5 V / -1.0 V (Positive polarity) DVI-I terminal

Remote control

Serial data interface (RS232C)

Design and specifications are subject to change without notice.

9. SPECIFICATIONS

* The SN ratio is calculated using a Y signal. Because this camera outputs a RGB signal, the Y is calculated using the following

mathematical formula: Y=xR+yG+zB (where x, y and z are coefficients).

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