Solid-State Electronic Timer features rugged housing.
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Press Release Summary:
Incorporated into vibration-resistant composite encapsulant housing, Canfield Connector TMLT is solid-state timer which offers 16 timer modes of operation and 14 time ranges, from 0.5-2,000 sec. Voltage range is 24-240 Vac at 50/60 Hz and 12-240 Vdc, while maximum current draw is 2 mA. Product's onboard indicator light aids troubleshooting, and mounting is accomplished via through hole supporting up to ¼ in. screw or DIN rail-mount adapter plate.
Original Press Release:
Electronic Timers & More
The Canfield Connector TMLT is an ultra-compact all solid state timer incorporated into a vibration and environment resistant composite encapsulant housing. The heart of the timer is a powerful microprocessor that is made in quantity then programmed to become the timer type according to customer specification. Featuring 16 timer modes of operation and 14 time ranges, from 0.5 to 2000 seconds, the TMLT is versatile as well as rugged. There is one voltage range, 24-240 VAC 50/60Hz and 12-240 VDC.
Troubleshooting is a breeze with the onboard indicator light. The timer is available with no adjustment as well as screw driver or hand adjustment. Each timer is 100% tested, made in America and resistant to dust, vibration and humidity. Mounting is accomplished by use of a through hole able to accommodate up to a 1/4" (6mm) screw or by use of a DIN rail mount adapter plate. Electrical connections are .250" AMP Faston posts for crimp type push-on connectors.
General Technical Data
o Maximum timer current draw: 2 mA (No Load)
o Absolute max. input voltage: 240V AC/DC
o Input voltage range: 24-240 VAC (50/60Hz) 12-240 VDC
o Maximum output current: 1 Amp
o Logic trigger in: 5-48 VDC (10k input impedance)
o Mechanical trigger in: 80 mA max. current draw
o Ambient temp. range: -20° to +60°C
o Repeat accuracy: ± 0.1% or 10 ms. (whichever is greater)
o Time delay variable over ambient temp. range: +/- 5%
o Enclosure material: Macromelt Thermoplastic Polyamide
o NEMA 1
