Lloyd's comment is correct. The information at the Pass site quantifies it nicely. The INT-30A consumes 200 watts as long as it is operating Class A, which will be most of the time. So it will put about as much heat into the room as two 100 watt light bulbs. Also, the manual for the INT-30A indicates that its heatsinks can be expected to be at a temperature of 25 to 30 degrees C above the ambient temperature, which probably means around 125 degrees F. Not too bad, as Class A amps go.
Also, assuming that the impedance curve for the 1027Be is similar to that of the 1037Be, and would therefore be in the vicinity of 4 to 6 ohms through most of the bass and mid-bass regions (where the greatest amount of musical energy generally occurs), the INT-30A would not leave Class A until something closer to 60 watts is required, rather than 30 watts.
Regards,
-- Al
Also, assuming that the impedance curve for the 1027Be is similar to that of the 1037Be, and would therefore be in the vicinity of 4 to 6 ohms through most of the bass and mid-bass regions (where the greatest amount of musical energy generally occurs), the INT-30A would not leave Class A until something closer to 60 watts is required, rather than 30 watts.
Regards,
-- Al