Specifications

Masterclock, Inc.
phone (USA and Canada): 1-800-940-2248 | phone (international): +1-636-724-3666
email: sales@masterclock.com | online: www.masterclock.com
Reference Options
GPS
NTP
Time Code
High Stability Oscillator
NMEA 0183
NENA 911 PSAP Standard
Output Options
NTP
Time Code
Truetime/Kinemetrics
NMEA 0183
NENA 911 PSAP Standard
PPO
PPS
10MHz sine wave
MODULAR FEATURES
Reference Sources
Atomic Clocks in GPS Satellites via GPS Antenna
NTP via Ethernet
Time Code - IRIG A, B, and E, SMPTE, EBU
High stability OCXO oscillator ± .25 min/year
NMEA 0183 via RS-232 or USB
NENA Format 0, 1, and 8 via RS-232 or USB
Outputs
PC time set via USB serial
NTP - client via 10/100 Mb Ethernet
Time Code - IRIG A, B, and E, SMPTE, EBU
NMEA 0183 via RS-232 or USB
NENA Format 0,1, and 8 via RS-232 or USB
5V at 20mA Pulse Per Second and Programmable
Pulse Output
10MHz sine wave
DB9 - Breakout adapter
Other Features
Programmable relay closure. 1 event per day with
N/O (N/C configurable) dry relay contact, 24V -
AC/DC (250mA max)
6 or 9 digit display
Basic Relay Scheduler for multiple events per day
Setup & Configuration Software
WinDiscovery app
Telnet software for UNIX/LINUX
Physical
6.75 x 4.13 x 1.5 in 17.3 oz
Size:
17.15 x 10.48 x 3.81 cm
Weight:
490.5 g
Operating Temperature and Humidity
Temperature: 0 to +60°C (0 to 40°C ±1 min/year)
Humidity: Up to 90%, non-condensing
In depth module datasheets on the following pages.
Multi-functional Master Clocks
MCR1000
1.1
The MCR1000 Master Clock Reference system is a compact, precision
time and frequency device.
One unit can reference and output NTP, time code, and 10 MHz sine
wave all locked to the Atomic Clocks in the GPS satellites with a high
stability crystal oscillator backup in the case that GPS signal is lost.
With specifications that are equal or better than almost any other
similar product the MCR is up to 60% less expensive than its
competition.
The MCR1000 is available in multiple
configurations to fit almost any need
with configurable modules.
Rack mountable with
an RM4