D3-CMA0-5-T

0 RELAY

This device is used to display DC voltage.
Maximum & Minimum values are logged for 24 hours (updated every 60 min).
Use the “ScAL” parameter for calibration purposes, or to change the number of decimal places displayed (see notes).
Other features include adjust able signal damping & all settings may be locked & code protected to avoid changes from being made by unauthorised personnel.

ADDITIONAL FEATURES INCLUDE:

• adjustable RESOLUTION by adjusting the position of the decimal point and scale
• adjustable HYSTERESIS (DIFFERENTIAL)
• START-UP DELAY: allows the current to stabalize at startup before monitoring starts
• REACTION DELAY: prevent tripping for a pre-set time period
• LATCH facility: to force manual reset after fault
• LATCH can be enabled / disabled for each relay independantly (used when one relay is alarm relay)
• independantly invert relay action, ie close while in fault condition
• keypad lock with code

ADJUSTABLE PARAMETERS:

SCALE : 1A - 9999A

DECIMAL POINTER : 0.000 / 0.00 / 0.0 / 0

UPPER LIMIT : 1A - full scale

LOWER LIMIT : 1A - full scale

HYSTERESIS: 1A - full scale

START-UP DELAY: 0 - 99 seconds

REACTION DELAY (TRIPP DELAY): 0 - 99 seconds

CALIBRATION: 90% - 110%

RESPONSE TIME :<1-4 sec

Specifications:
Accuracy:                             1% of full scale (sinusoidal inputs) Typically 0.5% at 25 °C.
Scale:                                   5 to 5000
Peak instantaneous current: 5A device: 8A
Full wave:                             8/e2=5.65A RMS.
Half wave:                            8A/2=4A RMS
1A device:                            1.6A
Full wave:                            1.6A/e2=1.13 A RMS.
Half wave:                            1.6A / 2=0.8A RMS)
Input voltage:                      ±15% of rated voltage
Led indication:                      Relay status
Response time:                     <1.1 sec
Start-up delay:                      1 to 100 sec (0.5 sec intervals)
Reaction delay:                      0 to 100 sec (0.5 sec intervals)

Download User Manual Here