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Uniblitz VCM-D1 Shutter Driver

Updated:2024-07-24

Brand: Uniblitz
Model: VCM-D1
Description: For nearly 20 years, the Uniblitz VCM-D1 has been providing high performance shutter control. This single-channel, uni-stable shutter driver is versatile and proven, and it’s compatible with many Unib
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Product Details

Uniblitz VCM-D1 Shutter Driver Description：

Product Manual Datasheet

For nearly 20 years, the Uniblitz VCM-D1 has been providing high performance shutter control. This single-channel, uni-stable shutter driver is versatile and proven, and it’s compatible with many Uniblitz shutters. In addition to direct shutter control via the BNC inputs, shutters can also be controlled via RS-232C computer serial ports, allowing up to 8 separate driver units to be daisy-chained (810RJ cables required).

Specifications

System Characteristics
Repeat Exposure	Min 35 msec between exposure for 25mm or smaller aperture shutters
	Min 100 msec for 35mm and larger aperture shutters
Shutter Drive	Continuously variable frequency of exposures from DC to the shutter in operation maximum rate
All BNC Inputs	Input Impedance – 4.7K Ohms
	Active- low or Active -high selectable
	TTL Compatible
All BNC Outputs	Source Impedance – 1K
	Active-low or Active-high selectable
	TTL Compatible
General	Size (HWD): 2.73×5.41×8.18 inces (69.3 x 137.4 x 207.8 mm)
	Weight: 3.5lbs (1.59kg)
	Power: 115/230 VAC, 50-60Hz, 60 W
	RoHS compliant
	CE Certified

Front Panel Layout

Front Panel
Mode Control Terminal Block(1)	The seven-position terminal block referred to on the driver as CONTROL provides access to several of the input and output connections for external operation of your driver. Each terminal is explained in further detail in the VCM-D1 user manual, page #16. Also see pages 42-45 of the user manual for complete Input/Output specifications.
Mode Key Switch (2)	The position of the key switch sets the interrupt mode. It disables the shutter driver when a voltage interrupt is detected, either AC or DC. Upon reset, the shutter will return to the position set by an external input or the position of the N.O./N.C. toggle switch.
Sync. LED (3)	A green LED indicator that indicates status of Solid State Synchronization output.
Driver LED (4)	A green LED that indicates when the internal shutter driver circuit input has an active signal present.
Disabled LED (5)	This red LED indicates that one of the two interrupt modes has disabled the driver.
Reset Switch (6)	Resets VCM-D1 disabled by interrupts and returns shutter to the position determined by the N.O./ N.C. or the status of the PULSE input.
LOCAL / REMOTE Switch (7)	When in the LOCAL position, all I/O is effectively disconnected from the VCM-D1. When in the REMOTE position, external control of the device is restored.
Power indicator (8)	A green LED indicates that power is applied to the unit.
Shutter Fuse (9)	5 x 20mm, 0.6A, “T” time-lag fuse to protect the shutter output
N.O./N.C. Switch (10)	The position of this switch determines shutter status BEFORE a trigger signal is received by the VCM-D1.

Rear Panel Layout

Rear Panel
Address Select Switch (1)	Selects the active RS-232C address of the unit.
Pulse Input (2)	Allows control of the shutter exposure and frequency from a TTL signal source.
RS-232C Input (3)	Dual RJ45 female jack provides access to the VCM-D1 RS-232C interface.
Trigger Input (4)	Allows for pulsed-open/pulsed-close shutter operation.
Reset Input (5)	Returns the shutter to the position determined by the N.O./N.C. toggle switch.
Gate Input (6)	The presence of an active signal will enable trigger signals presented to the Trigger Input BNC.
Shutter Output (7)	Provides connection to shutter used via 5-pin female SwitchCraft™ connector.
AC Input Module (8)	AC input via IEC male receptacle for AC line cord (supplied). Additional functions are described on page 26 in the VCM-D1 user manual.
Function Switches (9)	Eight sub-miniature slide switches to select specific I/O and additional system characteristics described on page 26 in the VCM-D1 user manual.
Sync Output (10)	Output indicates state of shutter’s electronic sync if shutter is so equipped.
Pulse Output (11)	Output follows signal provided to Pulse Input (2).