Honeywell SYA14 Series Manual page 632

FF-SR05936 Series
SPECIFICATIONS
Input
Nominal consumption
Nominal frequency
Measuring input protection
Output
Contact complement
Switching Capability
Current Range (min. to max.)
Current Range (min. to max.)
Voltage Range (min. to max.)
Typical Electrical Life Expectancy
Typical Power Factor (cos
General
Temperature range
Vibration resistance
Conductor connection
Conductor attachment
Install arc sup-
NOTE 1:
pression device across load to
avoid module contact arcing
and ensure specified relay life
expectancy.
Total operations =
NOTE 2:
operations at power factor 1
multiplied by the limitation
factor. if the power factor is
0.5 at 230 vac, 3A (1,000,000
operations), the limitation
factor is 0.70. 1,000,000 x
0.70 = 700,000 total
operations.
2
Nominal voltage
Engaging voltage
Release voltage
Contact time
Response time
3A
5A
10A
ϕ ϕ
)
0.3
0.5
0.7
1.0
Fuse rating
Mechanical life
Sealing
Housing material
2
1 x 4 mm
Mounting
Weight
FIG 1. CONTACT LIFE FOR 100%
RESISTIVE LOAD (typical) (note 1)
power factor = 1 (cos
ISSUE 1
120 VAC (-15%, +10%), 230 VAC (-20%, +10%), 24 VDC (-20%, +10%)
120 or 230 VAC: 4 VA; 24 VDC: 2.5 W
2 NO contacts, 2 NC contacts
Safety relay, positive-guided
2s after EMF drops below 20 mV
Power factor = 1 with resistive load
10 mA to 10A
10 to 250VAC/DC
Power factor = 1 at 230 VAC/DC (note 1)
1,000,000 operations
500,000 operations
220,000 operations
Limitation Factor (note 2)
6 A gL (max.)
Ten million switching operations
° ° °
-15 C to + 55 C (5 F to 131
Housing IP40 Terminals IP 20
Thermoplastic
Amplitude 0.35 mm Frequency 10 to 55 Hz
solid (max.) [12 AWG] or 2 x 1.5 mm
M 3,5 screw terminals; wire contacts are enclosed to prevent electrical shock
Quick install rail mounting EN 50022-35
325 g (0.72 lb.)
ϕ
)
PK 107010-01-EN FR26 GLO 398 Printed in Germany
PK 107010-01
50 to 60 Hz
690 VAC
40 mV
20 mV
10mA to 10A
0.45
0.70
0.85
1.00
°
F) at max. 90% humidity
2
(max.) [16 AWG] stranded wire with sleeve DIN 46288
FIG 2. LIMITATION FACTOR FOR
INDUCTIVE LOADS (note 2)
power factor < 1 (cos
ϕ
)